PASTOR katalog

PASTOR INŽENJERING d.d.

80 GODINA TRADICIJE 80 YEARS OF EXPERIENCE

PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

vi zauzimaju danas sve veći udio u ožara, a posebno sustavi koji pored matski uključuju i gašenje. Ugrađuju ske objekte, plovne objekte i vozila. iva na dojavi požara, koja aktivira koje se cjevovodima i mlaznicama rostora ili objekata. Iako svi stabilni rade na ovom jednostavnom oji čitav niz različitih sustava, kao hnike pokriveno strogim propisima i . Osnovna podjela slijedi prema gašenje, te prema načinu rada. dnost i prednost ovakovih sustava , bez ljudskog faktora, te također i ljudska intervencija bila otežana ili ovni preduvjet za postizanje pune stabilni sustav je izrađen u skladu sa nja kvalitetne i kvalitetna izvedba, nje i atestiranje u ima i uputama

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80 years of expiriance fixed systems starting immediately, without human action designed per requirements

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is activated, then a fire extinguish medium is fed through pipes and hoses to the nozzles and released in the protected area or directly on the protected object. The function of operations are similar in most systems used today, these systems are designed and controlled by different regulations and law legislation. Systems can be categorised based on fire extinguishe mediums, or principle of fire suspension. Advantage of fixed systems are immediate actions without human intervention or used in cases where human action is difficult or impossible. Safe and stabile systems are integrated from the project design which is calculated in accordance with law and safety regulations guidelines, build with high quality equipment with all required certificates, solid implementation and regular service and maintenance as prescribed by producer.

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING

SADRŽAJ CONTENTS

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80 godina tradicije stabilni sustavi koji djeluju trenutno, bez ljudske intervencije projektiran prema potrebi štićenog objekta

PASTOR INŽENJERING

Intal / Intal Plinodetekcija / Gas detection Intal - K / Intal - K

Stabilni sustavi zauzimaju danas sve veći udio u aktivnoj zaštiti od požara, a posebno sustavi koji pored dojave požara automatski uključuju i gašenje. Ugrađuju se u javne i industrijske objekte, plovne objekte i vozila. Princip rada se zasniva na dojavi požara, koja aktivira sredstvo za gašenje, koje se cjevovodima i mlaznicama dovodi do štićenih prostora ili objekata. Iako svi stabilni automatski sustavi rade na ovom jednostavnom principu, danas postoji čitav niz različitih sustava, kao posebno područje tehnike pokriveno strogim propisima i zahtjevima kvalitete. Osnovna podjela slijedi prema vrstama sredstva za gašenje, te prema načinu rada. Osnovna vrijednost i prednost ovakovih sustava je što djeluju odmah, bez ljudskog faktora, te također i na mjestima gdje bi ljudska intervencija bila otežana ili čak nemoguća. Osnovni preduvjet za postizanje pune sigurnosti koju daje stabilni sustav je prije svega projekat izrađen u skladu sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje u skladu sa propisima i uputama proizvođača.

Upravljanje i signalizacija / Control & Signal units Intal-EXT / Intal-EXT Sprinkler / Sprinkler

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80 years of expiriance fixed systems starting immediately, without human action designed per requirements

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is activated, then a fire extinguish medium is fed through pipes and hoses to the nozzles and released in the protected area or directly on the protected object. The function of operations are similar in most systems used today, these systems are designed and controlled by different regulations and law legislation. Systems can be categorised based on fire extinguishe mediums, or principle of fire suspension. Advantage of fixed systems are immediate actions without human intervention or used in cases where human action is difficult or impossible. Safe and stabile systems are integrated from the project design which is calculated in accordance with law and safety regulations guidelines, build with high quality equipment with all required certificates, solid implementation and regular service and maintenance as prescribed by producer.

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Standardi i certifikati / Standards & Certificates Vatrodojava / Fire Detection

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Drencher Sustavi / Drencher Systems

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Sustavi sa predupravljanjem / Pre-action Systems

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Hidrantske mreže / Hydrant Network

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Hidtranti i monitori / Hydrans and Monitors

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Sustavi sa pjenom / Foam systems

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Monitori za vodu i pjenu / Fonitors for Water and Foam

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Komore za pjenu / Foam Chambers

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Mlaznice za pjenu / Foam Nozzles

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Helidek sustav sa pjenom / Hely-deck foam system

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Palubni sustav sa pjenom / Deck foam system

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Tlačni dozatori pjene / Bladder tank system

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Dodatna oprema za tlačne dozatore / Bladder Tank Optional Acceddories

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Sustavi za gašenje plinom / Gaseous fire fighting systems

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Visokotlačni CO2 / High Pressure CO2

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Brodski sustavi - visokotlačni CO2 / Marine Installations high pressure CO2 systems

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Kopneni sustavi - visokotlačni CO2 / Land Installations high pressure CO2 systems

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Kopneni sustavi - niskotlačni CO2 / Low pressure CO2 system

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Brodski sustav - niskotlačni CO2 / Marine Installations Low pressure CO2 systems

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Sustavi sa plinovima FM-200 i Novec-1230 / Systems with Gas FM-200 and Novec-1230

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Pastor inženjering u svijetu / Pastor Inženjering presence in World

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PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

  

PASTOR INŽENJERING

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

PASTOR INŽENJERING

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in • 80 godina tradicije industrial and public buildings, • Stabilni sustavi koji djeluju trenutno, bez vessels and vehicles. Principle of operation is that the fire alarm is ljudske intervencije activated, then a fire extinguish • Projektiran prema potrebimedium štićenog objekta is fed through pipes and hoses to the nozzles and released in the protected area vi zauzimaju danas sve veći udio u or directly on the protected object. The function of ožara, a posebno sustavi koji pored operations are similar in most systems used today, matski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be iva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or koje se cjevovodima i mlaznicama principle of fire suspension. rostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate rade na ovom jednostavnom actions without human intervention or used in cases oji čitav niz različitih sustava, kao where human action is difficult or impossible. Safe and hnike pokriveno strogim propisima i stabile systems are integrated from the project design . Osnovna podjela slijedi prema which is calculated in accordance with law and safety gašenje, te prema načinu rada. regulations guidelines, build with high quality equipment dnost i prednost ovakovih sustava with all required certificates, solid implementation and , bez ljudskog faktora, te također i regular service and maintenance as prescribed by ljudska intervencija bila otežana ili producer. ovni preduvjet za postizanje pune stabilni sustav je izrađen u skladu sa nja kvalitetne i kvalitetna izvedba, nje i atestiranje u ima i uputama

Stabilni sustavi zauzimaju danas sve veći udio u aktivnoj zaštiti od požara, a posebno sustavi koji pored dojave požara automatski uključuju i gašenje. Ugrađuju se u javne i industrijske objekte, plovne objekte i vozila. Princip rada se zasniva na dojavi požara, koja aktivira sredstvo za gašenje, koje se cjevovodima i mlaznicama dovodi do štićenih prostora ili objekata. Iako svi stabilni automatski sustavi rade na ovom jednostavnom principu, danas postoji čitav niz različitih sustava, kao posebno područje tehnike pokriveno strogim propisima i zahtjevima kvalitete. Osnovna podjela slijedi prema vrstama sredstva za gašenje, te prema načinu rada. Osnovna vrijednost i prednost ovakovih sustava je što djeluju odmah, bez ljudskog faktora, te također i na mjestima gdje bi ljudska intervencija bila otežana ili čak nemoguća. Osnovni preduvjet za postizanje pune sigurnosti koju daje stabilni sustav je prije svega projekat izrađen u skladu sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje u skladu sa propisima i uputama proizvođača.

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• 80 years of experience • Fixed systems starting immediately, without human action • Designed per protected area requirements

Today, fixed fire protection systems are more and more used in active prevention of fire, particularly the systems which, along with alarm systems, start fire extinguishing systems as well. These systems are installed in industrial and public buildings, vessels and vehicles. Their operating principle is that the fire alarm is activated, and then the fire extinguishing medium is fed through pipes and hoses to nozzles and released in the protected areas or on the protected object. Although all fixed automatic systems operate on this simple principle, there is a number of different systems, covered by strict regulations and quality requirements. The systems can be categorized based on fire extinguishing mediums or the principle of fire suspension. The advantage of these systems is immediate action without human intervention, and use in cases where human action is difficult or impossible. The basic precondition for full safety provided by a fixed system is primarily the project design made in accordance with regulations, building in of high quality and certified equipment, quality execution, and regular maintenance and attestation in accordance with the regulations and the producer’s instructions.

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING

Pastor Inženjering već

desetljećima aktivno  80 godina tradicije

For decades now Pastor Inženjering has been  80 years of expiriance

 u nuđenju stabilni sustavi kojiFor trenutno, bez  fixed systems starting withPastor sudjeluje Inženjering u većnuđenju desetljećima aktivno sudjeluje decades now Pastor Inženjering hasimmediately, been providing cjelokupnih rješenja za sustave djeluju providing comprehensive fire protection solutions for your ljudske intervencije out human action cjelokupnih rješenja za sustave vatrozaštite na Vašim objektima comprehensive fire protection solutions for your facilities and projektiran prema potrebifacilities štićenog objekta  designed requirements keeping track of vatrozaštite na Vašim objektima i  postrojenjima. and plants. We areperconstantly i postrojenjima. Aktivno smo uključeni u praćenje svih novina plants. We are constantly keeping track of global developments Aktivnona smo uključeni u se praćenje svih kako novina u in fireglobal developments in fireteam protection. engineering fire protective u vatrozaštiti globalnoj razini. Naš tim inženjera, protection. Our engineering hasFixed been Our systematically systems today in areboth more the and design vatrozaštiti na globalnoj razini. Naš se tim inženjera, team has been systematically educated u strojarskom, tako i u elektro području djelovanja, sustavno educated in both the design and manufacture machine more used inof active preventionand of u strojarskom, tako i u Vaše elektro području electrical and manufacture of machine and electrical parts, so that fire, services specifically systems which educirakako da bi naši proizvodi i usluge zadovoljili potrebe. parts, so that our products and would meet start not only alarm systems, but sustavnonormi educira bi ISO naši14000 proizvodi i your our products and servicesinwould meet your requirements. Radećidjelovanja, sukladno zahtjevima ISO da 9001, i requirements. By operating compliance with ISO 9001, also fire extinguishing systems. These built in 14000 OHSASusluge 18001 pružamo VamVaše dodatnu kvalitetu Radeći i sigurnost u ISO By 14000 and OHSAS 18001 norms, wesystems provide you with zadovoljili potrebe. sukladno operating in compliance with ISO 9001areand ISO industrial and public buildings, samomzahtjevima procesu rada bilo da se radi u našoj tvrtki Vam additional quality and safety the additional work itself, both normi ISO 9001o proizvodnji i ISO 14000 pružamo norms, we provide youinwith quality and vesselsprocess and vehicles. Principle of safety isinstallation that the fire alarm is ili ugradnji naših proizvoda udaljenim lokacijama. in our factory and operation during of our dodatnu kvalitetu na i sigurnost u samom procesu rada during in manufacture the work process itself, both during manufacture in our activated, then a fire extinguish products on distant locations. medium is fed through pipes and bilo da se radi o proizvodnji u našoj tvrtki ili ugradnji

factory and during installation of our products on distant hoses to the nozzles and released in the protected area Stabilni sustavi zauzimaju danas sve veći udio u naših proizvoda na udaljenim lokacijama. locations. or directly on the protected object. The function of aktivnoj zaštiti od požara, a posebno sustavi koji pored

operations are similar in most systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different se u javne i industrijske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be Princip rada se zasniva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or sredstvo za gašenje, koje se cjevovodima i mlaznicama principle of fire suspension. dovodi do štićenih prostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate automatski sustavi rade na ovom jednostavnom • Posjedovanje svih certifikata relevantnih principu, svjetskih Holding by relevant actions without issued human intervention or used in cases danas postoji čitav niz • različitih sustava,of kaoall certificates where human action is difficult or impossible. Safe and posebno područje tehnike pokriveno strogim i ustanova worldpropisima inspection bodies stabile systems are integrated from the project design zahtjevima kvalitete. Osnovna podjela slijedi prema • Ispunjavanje zahtjeva međunarodnih pro-vrstama sredstva za gašenje, te prema • Fulfilling firefighting which is calculated in accordance with law and safety načinu rada. of all international regulations guidelines, build with high quality equipment Osnovna vrijednost i prednostregulations ovakovih sustava tupožarnih propisa with all required certificates, solid implementation and je što djeluju odmah, bez ljudskog faktora, te također i regular service and maintenance as prescribed by na mjestima gdje bi ljudska intervencija bila otežana ili producer. čak nemoguća. Osnovni preduvjet za postizanje pune The of a professional and skilled approach, Već je ranije istaknuta važnost profesionalnog sigurnosti i stručnog koju daje stabilni sustavimportance je svega projekat izrađen u skladu sa the application of strict regulations and the installation of pristupa, stroge primjene propisa, te ugradnje prije opreme sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, equipment that guarantees quality has already certified certifikatima koji jamče kvalitetu. Certifikati koji pokrivaju te redovito održavanje i atestiranje u emphasized. Certificates that cover particular systems pojedinu opremu i instalacije, kopneni, a posebno skladubrodski, sa propisima ibeen uputama proizvođača.

STANDARDI I CERTIFIKATI

STANDARDS & CERTIFICATES

STANDARDI I CERTIFIKATI STANDARDS & CERTIFICATES  

Posjedovanje svih certifikata relevantnih svjetskih ustanova Ispunjavanje zahtjeva međunarodnih protupožarnih propisa

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Ownership of all certificates issued by relevant world inspection bodies Fulfill of all international firefighting regulations

The importance of a professional and skilled Već je ranije istaknuta važnost profesionalnog i approach, of on strict and the pristupa, stroge primjene propisa, ugradnje and equipment forthe useapplication on land and shipsregulations are the result rezultatstručnog su sustavnog razvoja i kontrole kvalitete. Stoga te želimo installation of only certified equipment that guarantees certifikatima jamče tvrtka kvalitetu. Certifikati of systematic development and quality control. Listed below ukratkoopreme navesti sa certifikate kojimakoji raspolaže PASTOR quality has already been Inženjering, emphasised. Certificates koji pokrivaju pojedinu i instalacije, kopneni, a are the certificates held by Pastor as the leading that INŽENJERING, kao vodeće ime opremu u ovom području u Republici cover particular systems and equipment for use on land posebno brodski, rezultat su sustavnog razvoja i company in this market segment in the Republic of Croatia: Hrvatskoj: and on ships are the result of systematic development kontrole kvalitete. Stoga na kraju želimo ukratko and quality control. Listed below thelaboratories certificates that navestipriznatih certifikate kojima raspolaže tvrtka PASTOR • certificates • certifikati domaćih laboratorija i institucija; from approved Croatian andare foreign Pastor Inženjering holds, as the leading company in this INŽENJERING, vodećeu ime u ovom području u and institutions • certifikat Strojarskogkao fakulteta Zagrebu, iz područja market segment in the Republic of Croatia: Republici Hrvatskoj: zavarivanja; • welding certificates from the Faculty of Mechanical  certificates from approved Croatian and foreign  certifikati priznatih laboratorija i Engineering and Naval Architecture, Zagreb • certifikati za opremu švicarske tvrtkedomaćih SGS; laboratories and institutions • certifikati za opremu ruskih laboratorija, u skladu sa GOST • equipment certificates from the Swiss certification company institucija;  welding certificates from the Faculty of Mechanical i SNIP; SGS  certifikat Strojarskog fakulteta u Zagrebu, iz Engineering Architecture, Zagreb • certifikati PED i MEDzavarivanja; za vatrogasne aparate; • equipment certificates and fromNaval Russian laboratories according područja  equipment certificates from Swiss certification to GOST and SNIP • certifikati brodskih društava: tvrtke SGS;  certifikatiklasifikacijskih za opremu švicarske company SGS of Shipping) • Hrvatski registar brodova Register  certifikati za opremu ruskih laboratorija, u skladu • CRS (Croatian  equipment certificates from Russian laboratories • Lloyd’s Register of Shipping • Lloyd’s Register of Shipping sa GOST i SNIP; according to GOST and SNIP • Bureau Veritas • Bureau Veritas  certifikati PED i MED za vatrogasne aparate;  Norske CRSVeritas (Croatian Register of Shipping) • Det Norske Veritas brodskih klasifikacijskih društava: • Det certifikati  Lloyd’sLloyd Register of Shipping • Germanischer Lloydregistar brodova • Germanischer  Hrvatski • Registro Italiano • Registro Italiano Veritas Navale  Bureau  Lloyd’sNavale Register of Shipping • Ruski brodova • RMRS (Russian Maritime Register of Shipping)  Det Norske Veritas  registar Bureau Veritas • ISO • ISO  9001:2008 Germanischer Lloyd  9001:2008 Det Norske Veritas • ISO • ISO  14001:2004 Registro Italiano Navale  14001:2004 Germanischer Lloyd • OHSAS 18001:2007 • OHSAS 18001:2007  RMRS (Russian Maritime Register of Shipping)  Registro Italiano Navale  ISO 9001:2008  Ruski registar brodova  ISO 14001:2004  ISO 9001:2008  ISO 14001:2004

Pastor Inženjering d.d. Novačka 2, 10437, Rakitje, Croatia

Kopnene instalacije / Land installations [email protected] Projektiranje / Design

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PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

  

VATRODOJAVA

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

FIRE DETECTION

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial vatrodojave and public buildings, • Projektiranje cjelovitih rješenja vessels and vehicles. Principle of • Kvalitetni djelovi sustavaoperation su preduvjet is that the fire alarm is activated, then a fire extinguish pouzdanog sustava medium is fed through pipes and • Stručno izvođenje cjelovitost i area hoses to the osigurava nozzles and released in the protected vi zauzimaju danas sve veći udio u or directly on the protected object. The function of sustava ožara, a posebno sustavisigurnost koji pored operations are similar in most systems used today, matski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be iva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or koje se cjevovodima i mlaznicama Vatrodojavni sustav na ofvrijeme upozorava na pojavu požara principle fire suspension. rostora ili objekata. Iako svi stabilni Advantage ofprije fixed no systems are požar immediate i time omogućava intervenciju što je dostigao rade na ovom jednostavnom actions without human intervention or used in cases oji čitav niz različitih sustava, kao ozbiljne i razarajuće razmjere. Pravilno projektiran i izveden where human action is difficult or impossible. Safe and hnike pokriveno strogim propisima i stabilenadopunjen systems are integrated from the project design vatrodojavni s ostalim protupožarnim . Osnovna podjela slijedi premasustav is calculated in accordance with law and safety gašenje, te prema načinu rada. mjerama (putevi zawhich evakuaciju, ručni aparati, hidranti, regulations guidelines, buildprijenosni with high quality equipment dnost i prednost ovakovih sustava with all required certificates, solid implementation odimljavanje, protupožarna vrata, vodeneand zavjese, , bez ljudskogkupole faktora, teza također i regular service and maintenance as prescribed by ljudska intervencija bila otežana sustavi ili automatski za gašenje) može posljedice požara producer. ovni preduvjet za postizanje pune minimizirati, a novčana ulaganja kompenziraju se smanjenom stabilni sustav je izrađen u skladu sa stopom osiguranja za požarno zaštićene objekte. nja kvalitetne i Važan faktor u porojektiranju vatrodojavnog sustava je i kvalitetna izvedba, nje i atestiranje u izbor pojedinih uređaja i opreme, koja mora biti kvalitetna, ima i uputama

ispitana, atestirana i provjerena tijekom višegodišnje primjene. Pouzdanost, čitavog sustava ovisi o kvaliteti ugrađenih elemenata, ispravnom i pravilnom rukovanju, redovitom održavanju, servisiranju i periodičnim ispitivanjima. Pastor Inženjering je na domaćem i inozemnom tržištu već nekoliko desetaka godina prisutan sa vlastitim proizvodima: • Analogno adresabilna dojavna centrala INTAL • Konvencionalnom vatrodojavnom centralom INTAL-K • Centralom za upravljanje sust. gašenja INTAL-EXT

INTAL

Centralni uređaj INTAL omogućava komunikaciju sa svim tipovima javljača Apollo XP95 i sa kompatibilnim linijskim uređajima. Svaki signal različit od normalnog radnog stanja inicira unaprijed predviđeni događaj, kao što je paljenje alarma, pokretanje relejnih izlaza ili pokretanje podsustava za gašenje. Svaki takav događaj biti će prikazan na displayu, zapamćen u memoriji, a može biti ispisan i na štampaču.

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• Design of complete fire alarm solutions • High quality components are precondition of reliable system • Experience in implementation ensures system integrity and safety Fire alarm systems detect the presence of fire and activate a timely intervention before fire can spread and reach devastating proportions. Properly designed and installed fire detection systems, complemented with other fire-fighting measures (evacuation routes, portable fire extinguishers, fire hydrants, smoke removal systems, fireproof doors, water curtains, automatic fire extinguishing systems, etc.) can minimize fire effects, and, at the same time, investments are compensated by decreased insurance fees for fire-protected facilities and areas. An important element in designing of a fire alarm system is also selection of the devices and equipment which is of high quality, certified and tested in operation. Quality and reliability of the whole system depend on the selected elements, fine tuning, correct handling, regular maintenance, servicing and periodic tests. For over 20 years, Pastor Inženjering has been present in this market with its own products: • Analog address control unit for INTAL fire alarm • Conventional control unit for INTAL - K fire alarm • Control unit for INTAL - EXT fire extinguishing system

INTAL

The Central control unit INTAL communicates with all types of Apollo XP95 fire detectors and compatible line equipment. Each signal differing from the normal condition initiates an adequate action - the activation of sirens, relay outputs, extinguishing subsystems. Each event in the system is displayed, memorized, and can also be printed.

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING Tehnički podaci: • integriran grafički LCD prikaz stanja memorija zadnjih 200 događaja • mogućnost umreženja više centrala mogućnost grafičkog prikaza na PC-u • višestruka LED indikacija stanja • 512 zona programabilno • četiri programabilna relejna izlaza • deset programabilnih podsistema za gašenje po petlji • napajanje : 230 VAC, 50 Hz/25-30 VDC • ugrađen punjač baterije 24 VDC • dimenzije: 360x660x153(VxŠxD) • stupanj mehaničke zaštite IP 22 • radna temperatura od -10°C do 45°C

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Technical characteristics: 80 godina tradicije  80 years of expiriance stabilni sustavi koji djeluju trenutno, fixed systems starting immediately, with• LCD bez display  ljudske intervencije out human action • Storing of the last 200 events projektiran prema potrebi štićenog objekta  designed per requirements

• possibility to connect several control panels Fixed fire protective • presentation of data as a graph on PC systems today are more and • multiple signals of the status more trough used LED in activeindicators prevention of fire, specifically systems which • up to ten loops start not only alarm systems, but • 512 zones programmable also fire extinguishing systems. These systems are built in • four programmable relay outputs industrial and public buildings, • up to ten programmable subsystems vessels and for vehicles. Principle of operation is that the fire alarm is extinguishing per loop activated, then a fire extinguish • power supply: 230 VAC, 50 Hz/25-30 medium is fedVDC through pipes and hoses the nozzles and released in the protected area Stabilni sustavi zauzimaju danas• sve veći udiocharger u battery 24toVDC or directly on the protected object. The function of aktivnoj zaštiti od požara, a posebno sustavi koji pored • dimensions: 360x660x153 (HxWxD) mm used today, operations are similar in most systems dojave požara automatski uključuju i gašenje. Ugrađuju these systemsIP are22 designed and controlled by different se u javne i industrijske objekte, plovne• objekte i vozila. mechanical protection regulations and law legislation. Systems can be Princip rada se zasniva na dojavi požara, koja aktivira • working temperature: -10°C to fire 45 extinguishe °C categorised based on mediums, or sredstvo za gašenje, koje se cjevovodima i mlaznicama

principle of fire suspension. dovodi do štićenih prostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate automatski sustavi rade na ovom jednostavnom INTAL je adresabilni vatrodojavni sustav INTAL a control panelhuman with intervention max. capacity actions without or used in up casesto principu, danas postoji čitav niz različitih sustava,iskao human action is difficult or impossible. Safe and posebno područje tehnike pokriveno strogim maksimalnog kapaciteta deset petlji, po 125 ten propisima loops, i 125where line devices per loop and up to ten stabile systems are integrated from the project design zahtjevima kvalitete. Osnovna podjela slijedi prema elemenata po petlji, uz deset podsistema is calculated in per accordance law and safety forwhich extinguishing loop.withProgramming vrstama sredstva za gašenje, te prema subsystems načinu rada. regulations guidelines, build with high quality equipment Osnovna vrijednost i prednost ovakovih sustava za gašenje po petlji. Programiranje i nadzor and supervision can be done by PC or through a builtwith all required certificates, solid implementation and je što djeluju odmah, bez ljudskog faktora, te također i centrale je moguće izvrši putem računala regular and maintenance prescribed by is inbila keyboard. userservice text and keyboardasdescription na mjestima gdje bi ljudska intervencija otežana ili The producer. nemoguća. Osnovni preduvjet za postizanje pune ili direktno putem ugrađene tipkovnice. Korisnički čak tekst i tekst available in many user languages. Integrated multiple signals sigurnosti koju daje stabilni sustav je na tipkovnici dostupni su prema želji. Integriranaprijevišestruka svega projekat izrađenthrough u skladu sa LED status indications: fire, multiple fire, manual (fire propisima, ugradnja kvalitetne i LED indikacija stanja: požar, višestruki požar, ručni (detektor detector), pre-alarm, error, multiple error, regular working certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje požara), predalarm (senzora), kvar, višestruki kvar, pogonsko status. u skladu sa propisima i uputama stanje sistema. proizvođača.

PLINODETEKCIJA

GAS DETECTION

Pastor Inženjering uspješno projektira i izvodi razne sustave plinodetekcije kojima se detektiraju po zdravlje štetni plinovi (amonijak NH3, ugljični dioksid CO2, ugljični monoksid CO, dušični dioksid NO2, sumporni dioksid SO2, sumporovodik H2S, propan, butan, metan ...). Sustavi plinodetekcije izvode se tako da obično alarmiraju u više razine, i po potrebi su povezani s izvršnom automatikom za aktivaciju ventilacije, signalnih panela itd.

Pastor Inženjering successfully designs and installs various gas detection systems for detecting toxic gases such as ammonia (NH3), carbon dioxide (CO2), carbon monoxide (CO), nitrogen dioxide (NO2), sulfuric dioxide (SO2), hydrogen sulfide (H2S), etc. Gas detection systems are designed with three levels of alarm, and are usually connected to the ventilation control system, signaling panels, etc.

Osnovne komponente sustava su kako slijedi: • centrale plinodetekcije • detektore plina • prijenosne detektore za analizu eksplozivnih i toksičnih plinova, • detektore opasnih para, plinova i ekspl. smjesa

Basic elements of the gas detection system are: • control units • gas detectors • portable single or multi gas detectors for explosive and toxic gas analysis • detectors of explosive vapours, gases or mixtures

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PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

  

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

INTAL-K

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. Intal-K je konvencionalna centrala These systems are built in industrial and public buildings, za dojavu požara. Robusna, moduvessels and vehicles. Principle of larna i kompaktna konvencionalna operation is that the fire alarm is activated, then a fire extinguish vatrodojavna centrala, kompatibilmedium is fed through pipes and na sa svim konvencionalnim detorihoses to the nozzles and released in the protected area vi zauzimaju danas sve veći udio u or directly on the protected object. The function of masustavi požara. Najpovoljnija za korišteožara, a posebno koji pored operations are similar in most systems used today, matski uključuju i gašenje. Ugrađuju nje na malim i srednjim objektima, these systems are designed and controlled by different ske objekte, plovne objekte i vozila. regulations andplovilaw legislation. Systems can be manjim iva na dojavi sprinkler požara, koja stanicama, aktivira categorised based on fire extinguishe mediums, or koje se cjevovodima i mlaznicama lima, daljinsko upravljanim stanicaprinciple of fire suspension. rostora ili objekata. Iako svi stabilni of fixed systems are immediate ma, vrtićima, bolnicama, rade na ovom jednostavnomškolama,Advantage actions without human intervention or used in cases oji čitav niz različitih sustava, kao restoranima, trgovinama. where human action is difficult or impossible. Safe and hnike pokriveno strogim propisima i stabile systems are integrated from the project design . Osnovna podjela slijedi prema which is calculated in accordance with law and safety gašenje, te prema načinu rada. • osam kontroliranih ulaza za zone (Z1-Z8) regulations guidelines, build with high quality equipment dnost i prednost ovakovih sustava with all required certificates, solid implementation and jedan neprogramabilni izlaz za sirene (S1) , bez ljudskog• faktora, te također i regular service and maintenance as prescribed by ljudska intervencija bila otežana ili • jedan programabilni izlaz za sirene (S2) producer. ovni preduvjet za postizanje pune • je jedan beznaponski relejski izlaz (ALARM) stabilni sustav izrađen u skladu • sa jedan beznaponski relejski izlaz KVAR nja kvalitetne i • jedan beznaponski. relejski izlaz (KVAR NAP.) kvalitetna izvedba, nje i atestiranje • u tri programabilna releja (REL) ima i uputama

• • • • •

osam alarmnih izlaza (ALS1) daljinska signalizacija (DIST.SIG.) dva izlaza 24V za vanjska trošila (AUX1,2) jedan priključak za akumulatore (AKKU) jedan ispravljač (POW)

UPRAVLJANJE I SIGNALIZACIJA • Proizvodnja za potrebe sustava ili specifične zahtjeve Pastor Inženjering za potrebe svojih proizvoda ali i za zadovoljenje specificnih zahtijeva kupaca proizvodi i: • Brodska konvencionalna centrala ADC4B s četiri zone dojave odobrena od Hrvatskog registra brodova • Temperaturni javljači požara sa promjenljivom dužinom sonde tip TM1-S • transformatorski javljači tip TM-T • Upravljački ormari za električne sprinkler pumpe do maximalno 200kw sukladno propisima VDS I NFPA. • Pored ormara za električne sprinkler pumpe izrađujemo i ormare sigurnog napajanja. U sastavu sprinkler stanice se uobičajeno ugrađuje i central za nadzor stanja kompletnog sustava INTAL K. • Ventili i zasuni u sprinkler sustavima opremaju se sa mikrosklopkama radi kontrole otvorenosti / zatvorenosti kako bi se konstantno moglo pratiti stanje sustava.

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INTAL-K

Intal-K is a conventional central fire alarm unit, rugged, modular and compact, compatible with all conventional fire detectors. Most suitable for use in small and medium-sized facilities, sprinkler stations, small vessels, remote-controlled stations, kindergartens, schools, hospitals, restaurants, shops.

• eight controlled inputs from protection zones (Z1-Z8) • one non-programmable alarm siren output (S1) • one programmable alarm siren output (S2) • one no voltage relay output (FIRE) • one no voltage relay output (FAILURE) • one no voltage relay output (POWER FAILURE) • three programmable relay outputs (REL) • eight alarm outputs (ALS1) • remote signaling (DIST.SIG.) • two outputs 24 V for external equipment (AUX1,2) • one connection for battery (AKKU) • one currency rectifier (POW)

CONTROL & SIGNAL UNITS • Production for system needs or special requirements For the needs of its products, but also for meeting all the specific customers’ requirements, Pastor Inženjering also produces: • ADC4B conventional ship’s central unit with four alarm zones approved by the Croatian Register of Shipping • Temperature fire detectors with changeable probe length, type TM1-S • Transformer detectors, type TM-T • Control boxes for electrical sprinkler pumps up to max. 200 kW, in accordance with VDS and NFPA regulations. • Beside electrical sprinkler pumps boxes, we also produce secure supply cabinets. Within the sprinkler station, a centre for monitoring the complete INTAL K system is usually builtin too. • Valves and bolts in sprinkler systems are equipped with microswitches for the purpose of open/closed state control, for constant monitoring of the system state.

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING

INTAL-EXT

  

INTAL-EXT

80 godina tradicije stabilni sustavi koji djeluju trenutno, bez ljudske intervencije The central unit for projektiran prema potrebi štićenog objekta

80 years of expiriance fixed systems starting immediately, without human actionINTAL - EXT, is used fire extinguishing,  designed per requirements  

to control any fire extinguishing system of one zone of extinguishing. Signals, control and programming in line Fixed fire are protective systemsWith today three are morezones and with European standards EN 12094-1. more used in active prevention of of detection as a standard solution, afire,manual keywhich and specificallystart systems start not onlyto alarm systems,most but a block key, the central unit can be adapted satisfy also fire extinguishing systems. requirements for extinguishing activation small These in systems are systems. built in and public buildings, It has a clearly visible front panel withindustrial LED indicators, which vessels and vehicles. Principle of are user friendly and give all requiredoperation information about is that the fire alarm the is activated, a fire extinguish status to the user. The remote signaling andthenremote control medium is fed through pipes and equipment be ueasily attached to it. hoses to the nozzles and released in the protected area zauzimaju danas sve can veći udio

Stabilni sustavi or directly on the protected object. The function of aktivnoj zaštiti od požara, a posebno sustavi koji pored operations are similar in most systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju • Three zones of detection these systems are designed and controlled by different se u javne i industrijske objekte, plovne objekte i vozila. regulations legislation. Systems Princip rada se zasniva na• dojaviEach požara, koja aktivira zone can be set-upand aslaw the master zonecan orbe a categorised based on fire extinguishe mediums, or sredstvo za gašenje, koje se cjevovodima i mlaznicama combination of zones can be assigned to start extinguishing principle of fire suspension. dovodi do štićenih prostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate automatski sustavi rade • na Siren ovom jednostavnom system configuration actions without human intervention or used in cases principu, danas postoji čitav niz različitih sustava, kao • Adjustable delay time up to 60 sec. where human action is difficult or impossible. Safe and posebno područje tehnike pokriveno strogim propisima i stabile systems integrated the project design zahtjevima kvalitete. Osnovna slijedi prema • podjela Adjustable extinguishing time are - up to fivefrom minutes which is calculated in accordance with law and safety vrstama sredstva za gašenje, te prema načinu rada. • Adjustable impulse time on the valve regulations guidelines, build with high quality equipment Osnovna vrijednost i prednost ovakovih sustava Centrala INTAL-EXT, služi za upravljanje bilo kojim sustavom with allthe required certificates, solid implementation and je što djeluju odmah, bez ljudskog faktora, down te također i • Count timer until valve is started regular service and maintenance as prescribed by na mjestima gdje bi ljudska intervencija bila otežana ili jedne zone gašenja.Signalizacija, upravljanje i programiranje • Light and sound signal of any system element status producer. čak nemoguća. Osnovni preduvjet za postizanje pune odgovaraju europskim normama EN 12094-1. Sa tri zone sigurnosti koju daje stabilni je • sustav Possibility to control smoke extraction equipment prije svega projekat izrađen u skladu sa detekcije kao standard, ručnim tasterom i blok tasterom, centrala • Compatibility with I.S. bariers propisima, ugradnja kvalitetne i se može konfigurirati tako da zadovolji gotovo svecertificirane zahtjeveopreme, za kvalitetna • izvedba, Possibility of system programming and control by two te redovito održavanje i atestiranje u aktiviranje gašenja u malim sistemima. Centrala ima preglednu levels of passwords skladu sa propisima i uputama prednju ploču sa LED indikacijom tako da korisnik uvijek proizvođača.

jednoznačno ima informacije o stanju cijelog sus-tava. Centrala ima mogućnost priključka uređaja za daljinsku signalizaciju i daljinskog upravljanja. • • • • • • • • • • • •

Tri zone dojave Mogućnost kombiniranja bilo koje zone ili bilo koje kombinacije zona kao uvjet za Početak gašenja Podesiv način rada sirena Podesivo vrijeme odgode gašenja do 60 sekundi Podesivo vrijeme gašenja do pet minuta Podesivo vrijeme trajanja impulsa na ventilu Pokazivanje vremena do aktiviranja ventila Svjetlosno i zvučno pokazivanje statusa bilo kojeg elementa sustava Mogućnost upravljanja uređajima za odimljavanje Kompatibilnost u radu sa I.S. barijerama Mogućnost programiranja i upravljanja sistemom pomoću dva nivoa pristupa (šifri)

Intal – EXT is a conventional fire extinguishing system with the maximum 3-zone alarming capacity. Programming and supervision of the central unit can be done by a computer or directly by a parallel indicator. The user’s text is available as desired. A LED state indication is integrated: alarm, summary alarm fire, siren fault, power supply fault, battery fault, no earth fault, test, change, system operating state.

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PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

  

SPRINKLER

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

SPRINKLER

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, • Najrašireniji sustav za gašenje vessels and vehicles. Principle of operation is that the fire alarm is • Mlaznica kao element dojave požara i aktiviranja activated, then a fire extinguish sustava medium is fed through pipes and hoses to the nozzles and released in the protected area vi zauzimaju danas sve veći udio iu suhi • Mokri sustav or directly on the protected object. The function of ožara, a posebno sustavi koji pored operations are similar in most systems used today, matski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ske objekte, plovne objekte i vozila. regulations and law legislation. be iva na dojavi požara, koja aktivira Počeci Systems sežu ucandrugu pocategorised based on fire extinguishe mediums, or koje se cjevovodima i mlaznicama lovinu 19-tog stoljeća, a principle of fire suspension. rostora ili objekata. Iako svi stabilni Advantage of fixed systems immediatenajraširade na ovom jednostavnom danas je are sprinkler actions without human intervention or used in cases oji čitav niz različitih sustava, kao renijiorsustav zaSafe automatsko where human action is difficult impossible. and hnike pokriveno strogim propisima i stabile systems are integrated from the project čni design gašenje. Specifi i prepo. Osnovna podjela slijedi prema which is calculated in accordance with law and safety gašenje, te prema načinu rada. znatljivi element je sprinregulations guidelines, build with high quality equipment dnost i prednost ovakovih sustava with all required certificates, implementation and pored klersolid mlaznica, koja , bez ljudskog faktora, te također i regular service and maintenance as prescribed by ljudska intervencija bila otežana ili kućišta, brtve i raspršivaproducer. ovni preduvjet za postizanje pune ča sadrži staklenu ampulu stabilni sustav je izrađen u skladu sa punjenu posebnom tekućinom. Kod povišene temperature, nja kvalitetne i ampula se rasprsne, čime oslobađa brtvu i otvara put vodi za kvalitetna izvedba, nje i atestiranje u gašenje. Prema tome, ova mlaznica sa ampulom je ujedno i ima i uputama

element dojave požara i aktiviranja sustava. Dvije su osnovne vrste sprinkler sustava - mokri i suhi. Kod mokrog sustava je voda pod pritiskom stalno u cjevovodima, što je primjereno grijanim prostorima. Kod suhog sustava, koji se može koristiti i za područja sa niskim ili sa veoma visokim temperaturama, u cjevovodima je u pripravnom stanju stlačeni zrak, a voda dolazi nakon aktiviranja sprinkler mlaznice. Cijevnu mrežu od izvora vode dijeli mokra ili suha sprinkler ventilska stanica. Ista omogućuje lokalni zvučni alarm putem alarmnog zvona, te prosljeđenje požarnog signala putem tlačne sklopke. Cijevna mreža u sprinkler instalacijama izvodi se putem utornih Victaulic spojeva i unaprijed pred-fabriciranih cijevnih elemenata.

Izvori vode za sprinkler sustave kreću se od priključka na gradski vodovod do hidroforskih postrojenja, pumpnih stanica sa jednom ili dvije pumpe (elektro i diesel motori), te preljevnih i akumulacijskih bazena. Za projektiranje se najčešće koriste smjernice Saveza njemačkih osiguravajućih društava - VdS, te američki propisi - NFPA, a za brodske sprinkler instalacije SOLAS i posebni propisi klasifi kacijskih društava.

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• Most used fire extinguishing system • Nozzle as fire detection and system activation element • Wet and dry systems The beginnings of the sprinkler system application date back to the second half of the 19th century, and, currently, it is the most wide-spread automatic fire extinguishing system. The specific and well-known element of the sprinkler system is the sprinkler nozzle. The nozzle consists of a housing, a seal, a dispenser disk and a heat sensitive glass bulb. The glass bulb is filled with liquid which changes volume during heating and breaks it at a certain temperature, which then releases the seal and water begins to flow. In sprinkler systems, the nozzle has two functions - fire detection and activation of the extinguishing system. There are two types of sprinkler systems - wet and dry. In wet systems, water under pressure is constantly present in the pipes, which is suitable for heated or warm areas. Dry systems, used in cold areas, have compressed air in the pipes. After the nozzle starts the system, pressure in the pipes reduces and activates the pressure switch, which then opens the sprinkler valve (dry or wet) and releases water. The sprinkler valve station starts the fire alarm bell. All pipes are connected by the Victaulic installation equipment (with slots, enabling easy connection) and prefabricated pipe elements. Water supply sources for sprinkler installations range from waterworks connections to pressure vessels, pump stations with one or two pumps (electrically and diesel driven) and accumulation pools. For design and construction, guidelines from the alliance of German insurance companies VdS, and US - NFPA regulations are used; for marine usage (in ship building) - SOLAS and special regulations from customer specified certification companies.

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING

DRENCHER SUSTAVI

  

80 godina tradicije stabilni sustavi koji djeluju trenutno, bez ljudske intervencije projektiran prema potrebi štićenog objekta

• Mogu se koristiti sa vodom i pjenom • Upotreba u zatvorenim i otvorenim prostorima • Najčešća upotreba u naftoj industriji i elektroenergetskim postrojenjima

U drencher sustavima medij za gašenje može biti voda i / ili pjena. Namijenjeni su gašenju požara koji se brzo širi, u prostorijama i vanjskim postrojenjima. Koriste se na brodovima, te u raznim industrijskim postrojenjima, kao što su rezervoarski prostori, transformatori, skladišta zapaljivih materijala. Može se koristiti kao vodena zavjesa ali i kao uređaji za hlađenje.



80 years of expiriance



designed per requirements

 fixed systems starting immediately, withDRENCHER SYSTEMS out human action

Fixed fire protective • Can be used with water or foam systems today are more and more used in active prevention of • Indoor and outdoor usage fire, specifically systems which • Usage in petroleum and power industry start not only alarm systems, but

also fire extinguishing systems. These systems are built in industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is activated, then a fire extinguish fed through pipes and In drencher systems, the medium used medium for fireisextinguishing can hoses to the nozzles and released in the protected area Stabilni sustavi zauzimaju danas sve veći udioDrencher u be water or foam. systems are designed to extinguish or directly on the protected object. The function of aktivnoj zaštiti od požara, a posebno sustavi koji pored fast expanding fires operations on outdoor andin most indoor installations. are similar systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different se u javne i industrijske objekte, objekte i vozila. Veryplovne often, they are used on ships and to protect industrial regulations and law legislation. Systems can be Princip rada se zasniva na dojavi požara, koja aktivira installations such as categorised reservoirs, transformers basedelectrical on fire extinguishe mediums, oror sredstvo za gašenje, koje se cjevovodima i mlaznicama principle of fire suspension. dovodi do štićenih prostorastorages ili objekata. Iako svi stabilni of highly flammable materials. They can be used as a Advantage of fixed systems are immediate automatski sustavi rade na ovom jednostavnom water curtain or as device. actions without human intervention or used in cases principu, danas postoji čitav niz različitih sustava, kao a cooling where human action is difficult or impossible. Safe and posebno područje tehnike pokriveno strogim propisima i stabile systems are integrated from the project design zahtjevima kvalitete. Osnovna podjela slijedi prema Principle of action: which is calculated in accordance with law and safety vrstama sredstva za gašenje, te prema načinu rada. guidelines, build with high quality equipment Osnovna vrijednost iThe prednost ovakovih sustava drencher system regulations has open nozzles (without a bulb) with all required certificates, solid implementation and je što djeluju odmah, bez ljudskog faktora, te također i spread over regular the protected area or as theprescribed protected service and maintenance by na mjestima gdje bi ljudskainstalled, intervencija bila otežana ili čak nemoguća. Osnovni preduvjet postizanje punecan producer. object.za Activation be pneumatical, hydraulic or by and sigurnosti koju daje stabilni sustav je prije svega projekat izrađenelectric u skladu samotor. Pneumatic or hydraulic drives are used where propisima, ugradnja kvalitetne i an explosion is highly possible. In other instances, electrical certificirane opreme, kvalitetna izvedba, activation te redovito održavanje i atestiranje u by the fire extinguisher control unit is most common. skladu sa propisima In i uputama the system, the following type of nozzles can be used: open proizvođača.

Princip rada je sljedeći: Drencher sustav sa otvorenim mlaznicama (bez ampule) raspoređen je iznad štićenog prostora ili oko štićenog objekta. Način aktiviranja može biti pneumatski, hidraulični, električni. Pneumatski i hidraulički način upravljanja koristi se najčešće u prostorima ugroženim eksplozijom. Za ostale prostore podrazumijeva se električno aktiviranje putem vatrodojave. U drencher sustavu se primjenjuju sljedeći tipovi mlaznica: otvorene mlaznice, mlaznice za zaštitu transformatora, za hlađenje plašta i krova rezervoara, mlaznice za vodene zavjese.

nozzles, nozzles for transformer protection, nozzles for water curtain and cooling down nozzles.

SUSTAVI S PREDUPRAVLJANJEM

PRE - ACTION SYSTEMS

Sustav sa alarmnim ventilima s predupravljanjem koristi se u slučajevima štićenja objekata i opreme u kojima bi aktivacija zbog lažnog alarma proizvela velike ekonomske štete. U naravi, radi se o suhom sustavu za čiju aktivaciju je potrebna dvostruka dojava, putem ampule i vatrodojave.

Systems with pre-act alarm valves are used in cases when activation of the sprinkler system by a faulty alarm could damage the protected object or equipment, or cause significant material damage. In principle, this is a dry sprinkler installation which requires activation not only on the sprinkler nozzle, but by fire detection systems as well.

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PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

  

HIDRANTSKE MREŽE

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

HYDRANT NETWORK

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is • Najstariji i najzastupljenijiactivated, sustav then a fire extinguish is fed through pipes • Priključci na izvor vode umedium obliku ormarića iliand hoses to the nozzles and released in the protected area vi zauzimaju danas sve hidranata veći udio u or directly on the protected object. The function of ožara, a posebno sustavi koji pored operations are similar in most systems used today, matski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be iva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or koje se cjevovodima i mlaznicama principle of fire suspension. rostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate rade na ovom jednostavnom actions without human intervention or used in cases oji čitav niz različitih sustava, kao Najraširenije stabilne instalacije koje or omogućuju dovod i where human action is difficult impossible. Safe and hnike pokriveno strogim propisima i stabile systems te are integrated the project design raspodjelu požarne vode, gašenjefromručnim mlaznicama. . Osnovna podjela slijedi prema which is calculated in accordance with law and safety gašenje, te prema načinu rada. Sastoje se od izvora vode - najčešće stanice, koje regulations guidelines, build with pumpne high quality equipment dnost i prednost ovakovih sustava with i allsa required certificates, solid implementation and bititakođer povezane drugim protupožarnim instalacijama, , bez ljudskogmogu faktora, te i regular service and maintenance as prescribed by ljudska intervencija bila otežana cjevovoda i ilihidrantskih ormara. Vanjske hidrantske mreže producer. ovni preduvjet za postizanje pune završavaju nadzemnim hidrantima, a u starijim instalacijama i stabilni sustav je izrađen u skladu sa danas iznimno, također i podzemnim hidrantima. nja kvalitetne i kvalitetna izvedba, nje i atestiranje u ima i uputama

Samo-isušujući i sa ugrađenom zaštitom od zamrzavanja, hidranti se mogu ugrađivati i u vrlo hladne okoline (do -50°C). Također je u njih ugrađen i sekcijski ventil koji omogućava da prilikom servisa hidrant skinemo bez da prekidamo glavni dovod vode (integrirani sekcijski ventil automatski zatvara, poput servisnog ventila, čim se hidrantski nastavak ukloni, bez da voda otiče iz glavnog dovoda). Sekcijski ventil također zatvara dovod i u slučaju iznenadne havarije ili oštećenja hidrantskog nastavka. Hidrantskom nastavku se mogu još povećati mogućnosti ugradnjom priključka sa koljenom i ručno upravljanim monitorom kojim možemo upravljati vodenim mlazom na veću daljinu bez upotrebe vatrogasnih crijeva i vodovodnih cijevi.

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• One of oldest fire protection systems • Connection to water supply in cabinets or to hydrants

The most common fixed fire protection installations are fire hydrants. They enable continuous water supply for fire extinguishing with portable nozzles. They consist of a water source - usually a pump station, which can also be connected with other fire protection systems, pipelines and hydrant cabinets. The outdoor hydrant network can finish in an above-ground fire hydrant or, exceptionally, in an underground variation.

As self-draining and freeze-proof execution, hydrants are suitable for installation in very cold areas (up to -50°C). Hydrants are provided with an incorporated sectioning valve which allows the dismounting of the hydrant for maintenance or service operations without a need for interrupting the main water supply line (the incorporated sectioning valve automatically closes like a check valve when the hydrant rod is removed avoiding the water flowing out from the main water supply line). This is also true if the hydrant breaks due to an external impact. To increase the performance of hydrants, fire hydrants can be supplied with an additional outlet with an elbow and a manually operated water monitor, which allows reaching of a very long range of jet without using the fire hoses and water branch pipes.

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING

HYDRANTS

  

80 godina tradicije stabilni sustavi koji djeluju trenutno, bez ljudske intervencije projektiran prema potrebi štićenog objekta

  

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

Fire hydrants are manufactured in - with gate valves or globe valves Fixed fire protective mounted on water outlets following sizes: systems today are more and more used in active prevention of - with inlet flange ANSI 150 lbs RF or • DN 3” fire, specifically systems which DIN PN 16 • DN 4” start not only alarm systems, but also fire extinguishing systems. - with connecting couplings according • DN 6” These systems are built in to all different required standards industrial and public buildings, and can be supplied with water vessels and vehicles. Principle of (such as BS, NST, AFNOR, STORZ, outlets (up to 8 outlets) : operation is that the fire alarm is GOST activated, then a fire extinguish • 2½” medium is fed through pipes and etc.). • 3”, hoses to the nozzles and released in the protected area Stabilni sustavi zauzimaju danas sve veći udio u or directly on the protected object. The function of • 4” aktivnoj zaštiti od požara, a posebno sustavi koji pored operations are similar in most systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju • 5” these systems are designed and controlled by different se u javne i industrijske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be Princip rada se zasniva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or sredstvo za gašenje, koje se cjevovodima i mlaznicama principle of fire suspension. dovodi do štićenih prostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate automatski sustavi rade na ovom jednostavnom actions without human intervention or used in cases principu, danas postoji čitav niz različitih sustava, kao where human action is difficult or impossible. Safe and posebno područje tehnike pokriveno strogim propisima i stabile systems are integrated from the project design zahtjevima kvalitete. Osnovna podjela slijedi prema which is calculated in accordance with law and safety vrstama sredstva za gašenje, te prema načinu rada. regulations guidelines, build with high quality equipment vrijednost i prednost ovakovih sustava Hidrantski nastavak može bitije što Osnovna zasunima i zglobnim ventilima with all required certificates, solid implementation and djeluju odmah, bez ljudskog faktora, te također i regular service and maintenance as prescribed by napravljen u sljedećim veličinama: pričvršćenima na bila vodovodni na mjestima gdje bi ljudska intervencija otežana ili producer. čak nemoguća. Osnovni preduvjet za postizanje pune • DN 3” priključak sigurnosti koju daje stabilni sustav je • DN 4” - prirubnicom prije svega projekat izrađen u skladuDIN sa PN 16 ili ANSI propisima, ugradnja i • DN 6” 150lbs kvalitetne RF certificirane opreme, kvalitetna izvedba, i može biti isporučen sa priključkom - spojkom prilagođenom svim te redovito održavanje i atestiranje u sa propisima i uputama potrebnim standardima (kao što su za vodu (do osam komada): skladu proizvođača.

HIDRANTI

• • • •

2½” 3” 4” 5”

STORZ, BS, NST, AFNOR, GOST NF, itd.).

MONITORI

MONITORS

Vatrogasni monitor, daljinski upravljani, visoke kvalitete i projektirani za rad u ekstremnim uvijetima i agresivnoj okolini, gdje su potrebni veliki dometi i snaga mlaza za izbacivanje pjene i vode.

Fire fighting monitors, remote controlled, high performance units designed to operate in extremely heavy conditions and in aggressive environments, where high foam or water flow rates and long ranges of jet are required.

13

PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

  

SUSTAVI SA PJENOM

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

FOAM SYSTEMS

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and publici naftnih buildings, • Pjena se koristi pri gašenju kemikalija vessels and vehicles. Principle of derivata operation is that the fire alarm is then a fire extinguish • Primjena u industrijiskimactivated, pogonima, skladištima medium is fed through pipes and i transportnim sredstvima hoses to the nozzles and released in the protected area vi zauzimaju danas sve veći udio u or directly on the protected object. The function of ožara, a posebno sustavi koji pored operations are similar in most systems used today, matski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ske objekte, plovne objekte i vozila. Pjena, kao efikasno sredstvo gašenje prvenstveno regulations andzalaw legislation. Systems can kemikalija be iva na dojavi požara, koja aktivira on fire extinguishe mediums, (najčešći or i naftnih derivata, categorised nastaje based miješanjem vode, pjenila koje se cjevovodima i mlaznicama principle of fire suspension. rostora ili objekata. Iakomiješanja svi stabilni omjer u rasponu od 3% do 6%) i zraka. Ovisno o Advantage of fixed systems are immediate rade na ovom jednostavnom actions human intervention used in cases pjena. faktorusustava, opjenjenja možewithout biti teška, srednje or teška i laka oji čitav niz različitih kao human action is difficult or impossible. Safe and hnike pokriveno strogim propisima i su where Najzastupljenije instalacije Količina vode, te stabile systemssa areteškom integratedpjenom. from the project design . Osnovna podjela slijedi prema which is in accordance with objekta law and safety vrsta pjenila prema vrsti štićenog i zapaljive gašenje, te prema načinu rada. određuju se calculated regulations guidelines, build with high quality equipment dnost i prednost ovakovih sustava tekućine. Za miješanje vode i pjenila u točno određenom omjeru with all required certificates, solid implementation and , bez ljudskog faktora, te također i regular servicea and prescribed bypjene koriste posebni dozatori, za maintenance stvaranje asi izlijevanje ljudska intervencija bila se otežana ili ovni preduvjetkomore, za postizanje pune mlaznice i producer. topovi (monitori, bacači). stabilni sustav je izrađen u skladu sa nja kvalitetne i kvalitetna izvedba, nje i atestiranje u ima i uputama

Primjena je najčešća u naftnim postrojenjima, spremišnim prostorima, istakalištima, aerodromima i avionskim hangarima. Posebno mjesto zauzimaju brodske instalacije sa teškom pjenom na palubama tankera. Radi se o sustavima sa topovima velikog dometa i kapaciteta. Materijali za izradu opreme, kao i samo pjenilo moraju biti pogodni za primjenu sa morskom vodom.

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• Foam is used for extinguishing flammable liquids or petroleum products • Fire protection of process plants, flammable fluid storage and means of transport Fire fighting foam is a very efficient extinguishing medium for chemicals and petroleum products. It is a mixture of water and the foam concentrate (usual ratio is from 3% to 6%) and air. Depending on this ratio and type of foam used, high or low expansion foams are generated. Each of them has a different mixture of water and foam and it depends on the type of the protected object and flammable liquid. Mixtures of water and the foam concentrate, in a defined ratio, is made in the proportioner. Final expansion of foam happens in foam chambers, nozzles or foam monitors.

Fire fighting foam is mainly used in oil drilling platforms, reservoirs, flammable fluid storages, discharging areas, airports and airplane hangars. Very often, usage is on decks of tankers, where the setup is done with a high jet range and high capacity monitors. Foam and monitor materials need to be adapted to sea water.

PASTOR INŽENJERING d.d.

MONITORI ZA VODU I PJENU

PASTOR INŽENJERING

MONITORS FOR WATER AND FOAM PASTOR INŽENJERING  

80 godina tradicije stabilni sustavi koji djeluju trenutno, bez ljudske intervencije Application projektiran prema potrebi štićenog objekta

Područje primjene  Instalacije sa niskoekspandiranom pjenom u industrijskim postrojenjima, rafinerijama, rezervoarskim prostorima, na tankerima za prijevoz nafte, naftnih derivata i kemikalija. Tehničke karakteristike Nazivni otvor Nazivni tlak Protok Domet Upravljanje Rotacija Elevacija Materijal Omjer miješanja

 

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

Fire fighting systems with low expansion foam, in industrial plants, refineries, storage tanks, tankers for crude oil, products, and Fixedoil fire protective systems today are more and chemicals.

more used in active prevention of fire, specifically systems which start not only alarm systems, but Technical characteristics also fire extinguishing systems. These systems are built in and public buildings, NO 80, NO 100, NO 150 Nominal size DN 80,industrial DN 100, DN 150 vessels and vehicles. Principle of is that the fire alarm is NP 16 Nominal pressure PN 16 operation activated, then a fire extinguish medium is fed through pipes and do 10.000 lit/min Flow rate up to 10.000 lit/min hoses to the nozzles and released in the protected area Stabilni sustavi zauzimaju danas sve veći udio u or directly on the protected object. The function of aktivnoj zaštiti od požara, a posebno sustavi koji pored do 90 m Jet throw up to 90 m operations are similar in most systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different se u javne i industrijske objekte, plovne objekte i vozila. ručno Operation manual regulations and law legislation. Systems can be Princip rada se zasniva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or sredstvo za gašenje, koje se cjevovodima i mlaznicama 360° Rotation 360° principle of fire suspension. dovodi do štićenih prostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate automatski sustavi rade na ovom jednostavnom -60°/ +90° Elevation -60°/ +90° actions without human intervention or used in cases principu, danas postoji čitav niz različitih sustava, kao where human action is difficult or impossible. Safe and posebno područje tehnike pokriveno strogim propisima i nehrđajući čelik / bronca Material stainless steel / bronze stabile systems are integrated from the project design zahtjevima kvalitete. Osnovna podjela slijedi prema which is calculated in accordance with law and safety vrstama sredstva za gašenje, te prema načinu rada. 3-6% Foam mixing ratio 3 6 % regulations guidelines, build with high quality equipment Osnovna vrijednost i prednost ovakovih sustava with all required certificates, solid implementation and je što djeluju odmah, bez ljudskog faktora, te također i regular service and maintenance as prescribed by na mjestima gdje bi ljudska intervencija bila otežana ili producer. čak nemoguća. Osnovni preduvjet za postizanje pune sigurnosti koju daje stabilni sustav je prije svega projekat izrađen u skladu sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje u skladu sa propisima i uputama proizvođača.

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PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

vi zauzimaju danas sve veći udio u ožara, a posebno sustavi koji pored matski uključuju i gašenje. Ugrađuju ske objekte, plovne objekte i vozila. iva na dojavi požara, koja aktivira koje se cjevovodima i mlaznicama rostora ili objekata. Iako svi stabilni rade na ovom jednostavnom oji čitav niz različitih sustava, kao hnike pokriveno strogim propisima i . Osnovna podjela slijedi prema gašenje, te prema načinu rada. dnost i prednost ovakovih sustava , bez ljudskog faktora, te također i ljudska intervencija bila otežana ili ovni preduvjet za postizanje pune stabilni sustav je izrađen u skladu sa nja kvalitetne i kvalitetna izvedba, nje i atestiranje u ima i uputama



80 years of expiriance fixed systems starting immediately, without human action designed per requirements

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is activated, then a fire extinguish medium is fed through pipes and hoses to the nozzles and released in the protected area or directly on the protected object. The function of operations are similar in most systems used today, these systems are designed and controlled by different regulations and law legislation. Systems can be categorised based on fire extinguishe mediums, or principle of fire suspension. Advantage of fixed systems are immediate actions without human intervention or used in cases where human action is difficult or impossible. Safe and stabile systems are integrated from the project design which is calculated in accordance with law and safety regulations guidelines, build with high quality equipment with all required certificates, solid implementation and regular service and maintenance as prescribed by producer.

Karakteristike / Technical data

Količina protoka vode / Flow rate

Vertikalno / Vertically

Maksimalni radni tlak / Max working pressure Okretni kut / Rotation angle

NO80

MAX 3000l/min @ 10 bar

16 bar

-60°< x < 90°

360°

NO80; NP16

Horizontalno / Horizontally

Priključak voda-pjena / Inlet flange

Puni - raspršeni mlaz / Full dispersed jet

Nehrđajući čelik / Stainless steel Bronca / Bronze

Izlaz voda-pjena / Foam-water Jet

Materijal / material

Kučište / Case

Priključci / Connection

3-6%

15 kg

Bronca / Bronze

Težina / Weight

Okretište / Turnstile

Omjer mješanja pjene/ Foam mixing ratio

NO100 NO150

MAX 6000l/min MAX 11000l/ @ 10 bar min @ 10 bar

50 kg

NO100; NP16 NO150; NP16

23 kg

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PASTOR INŽENJERING d.d.

KOMORE ZA PJENU

PASTOR INŽENJERING

FOAM CHAMBERS PASTOR INŽENJERING   

80 godina tradicije stabilni sustavi koji djeluju trenutno, bez ljudske intervencije projektiran prema potrebi štićenog objekta

  

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is activated, then a fire extinguish medium is fed through pipes and hoses to the nozzles and released in the protected area Stabilni sustavi zauzimaju danas sve veći udio u or directly on the protected object. The function of aktivnoj zaštiti od požara, a posebno sustavi koji pored operations are similar in most systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different se u javne i industrijske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be Princip rada se zasniva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or sredstvo krov za gašenje, koje se cjevovodima i mlaznicama Komora za pjenu - plivajući za pjenu - čvrsti krov principle Komora of fire suspension. dovodi do štićenih prostora ili objekata. Iako svi stabilni Advantage of fixed systems immediate Foam chamber - floating roof Foam chamber - fixedareroof automatski sustavi rade na ovom jednostavnom actions without human intervention or used in cases principu, danas postoji čitav niz različitih sustava, kao where human action is difficult or impossible. Safe and posebno područje tehnike pokriveno strogim propisima i stabile systems are integrated from the project design zahtjevima kvalitete. Osnovna podjela slijedi prema which is calculated in accordance with law and safety vrstama sredstva za gašenje, te prema načinu rada. regulations guidelines, build with high quality equipment Osnovna vrijednost i prednost ovakovih sustava with all required certificates, solid implementation and je što djeluju odmah, bez ljudskog faktora, te također i regular service and maintenance as prescribed by na mjestima gdje bi ljudska intervencija bila otežana • Upotreba u rezervoarima zapaljivih tekućina • Usage on fliliammable liquids tanks producer. čak nemoguća. Osnovni preduvjet za postizanje pune • Omogućava ekspanziju pjene • Ensures expansion of foam sigurnosti koju daje stabilni sustav je prije svega projekat izrađen u skladu sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, Komore za pjenu se koriste za gašenje pjenom u rezervoarima Foam chambers are used for fire extinguishing with low te redovito održavanje i atestiranje u kojima je namjena skladištenje zapaljivih tekućina. Prilagođene su expansion foam on flammable liquids tanks. These are adjusted skladu sa propisima i uputama proizvođača.te za za upotrebu na rezervoarima sa čvrstim ili plivajućim krovom, for use on tanks with fixed or floating roofs and for tank bund

gašenje u izljevnim bazenima. Komora za pjenu je uređaj u kojem se mješavina voda & pjenilo miješa sa zrakom pri čemu ekspandira stvarajući zračnu pjenu niske ekspanzije. Izlaz iz komore je tako konstruiran da pjena izlazi prema stjenkama rezervoara i slijeva se dolje prema površini tekućine. Na ovaj način se postiže kvalitetan sloj pjene na površini tekućine i efikasnije gašenje. Komora ima ugrađenu lomljivu staklenu membranu, kako bi spremnik u normalnom radu bio izoliran i kako isparavanja iz spremnika ne bi ulazila u sustav cjevovoda pjene. Kod aktiviranja staklena membrana puca pod pritiskom mješavine vode i pjenila.

areas. The foam chamber is the device that mixes water & the foam concentrate with air and produces low expansion foam. The construction of the exit of the chamber enables mild pouring of the air foam onto the burning liquid. This method allows the liquid surface to be covered with a uniform foam layer, which enables more efficient fire extinguishing. To prevent the vapours of the flammable liquid to come through the chamber out of the tank, a bursting glass membrane is installed in the chamber. The membrane bursts under the pressure of the water & foam mixture when the system is activated.

Sastavni dijelovi: • tijelo komore • Raspršivači • filter za zrak • Membrana • skretač pjene

Integral parts of foam chamber: • chamber body • nozzles • air filter • glass membrane • foam deflector

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PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

80 years of expiriance MLAZNICE ZAPJENU fixed systems starting immediately, with

out human action designed per requirements

Mlaznice za niskoekspandiranu pjenu Fixed fire protective Priključak 1/2” Materijal systems today are more and k - faktor 43 al. legura more used in active prevention of fire, specifically systems which Omjer mješanja 3 - 6 % mjed start not only alarm systems, but Primjena za zaštitu pretakališta zapaljivih tekućina, sa vagon also fire extinguishing systems. These systems in cisternama i autocisternama, u procesnoj industrijiarei ubuilt skladištima

vi zauzimaju danas sve veći udio u ožara, a posebno sustavi koji pored matski uključuju i gašenje. Ugrađuju ske objekte, plovne objekte i vozila. iva na dojavi požara, koja aktivira koje se cjevovodima i mlaznicama rostora ili objekata. Iako svi stabilni rade na ovom jednostavnom oji čitav niz različitih sustava, kao hnike pokriveno strogim propisima i . Osnovna podjela slijedi prema gašenje, te prema načinu rada. dnost i prednost ovakovih sustava , bez ljudskog faktora, te također i ljudska intervencija bila otežana ili ovni preduvjet za postizanje pune stabilni sustav je izrađen u skladu sa nja kvalitetne i kvalitetna izvedba, nje i atestiranje u ima i uputama

industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is activated, then a fire extinguish medium is fed through pipes and hoses to the nozzles and released in the protected area or directly on the protected object. The function of operations are similar in most systems used today, these systems are designed and controlled by different regulations and law legislation. Systems can be categorised based on fire extinguishe mediums, or principle of fire suspension. Advantage of fixed systems are immediate actions without human intervention or used in cases where human action is difficult or impossible. Safe and stabile systems are integrated from the project design which is calculated in accordance with law and safety regulations guidelines, build with high quality equipment with all required certificates, solid implementation and regular service and maintenance as prescribed by producer.

Mlaznice za srednje ekspandiranu pjenu Koriste se pretežno u zatvorenim industrijskim pogonima i skladištima zapaljivih tekućina

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FOAM NOZZLES Low expansion foam nozzles Connection 1/2” Material k - factor 43 al. alloy Mixing ratio 3 - 6 % brass For protection of loading racks of flammable liquids, with wagon and truckc isterns, in process industry and storages.

Medium expansion foam nozzles Mostly used in closed spaces of industrial plants and flammable liquids storages

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING

HELIDEK SUSTAV SA PJENOM

  

• Protupožarna zaštita helikopterskih uzletišta

HELICOPTER DECK FOAM  80 years of SYSTEM expiriance

80 godina tradicije stabilni sustavi koji djeluju trenutno, bez ljudske intervencije projektiran prema potrebi štićenog objekta





fixed systems starting immediately, without human action designed per requirements

• Protection of helicopter pads

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, Princip rada helidek sustava: Helicopter deck system - principle of operation: vessels and vehicles. Principle of Sustav je dizajniran na način da postoji centralna jedinica koja fire alarm is a The system is designed so that the operation centralis that unitthecontains activated, then a fire extinguish sadrži tank AFFF pjene (tip pjene koja formira vodeni film) i tank with AFFF foam (the type of foammedium which creates a water is fed through pipes and usisni mješač za pjenu. Centralna jedinica je spojena na zauzimaju hoses to the nozzles releasedunit in theisprotected area Stabilni sustavi veći udio uproportioner. film)danas and sve a suction The and central connected or directly on the protected object. The function of aktivnoj zaštiti se od požara, a posebno sustavi koji pored cjevovod morske vode koji se proteže oko helideka. Kada to a pipeline which surrounds thesimilar helicopter pad. When it is operations are in most systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju aktivira protok vode, mješač će stvoriti vakuum koji usisati systems are produces designed and controlled by different activated, water starts these to flow and a vacuum in the se uće javne i industrijske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be Princip rada seod zasniva na dojavi požara, koja aktivira pjenilo u adekvatnom omjeru da stvori traženu mješavinu proportioner, which then sucks the foam concentrate, mixing categorised based on fire extinguishe mediums, or sredstvo za gašenje, koje se cjevovodima i mlaznicama 1% ili 3%. Na krajevima cijevne mreže helidekadovodi nalaze se prostoraitili with principle fire suspension. water in stabilni the 1% or 3% ofratio. At the end of the helicopter do štićenih objekata. Iako svi Advantage of fixed systems are immediate automatskipjene sustavi rade na ovom jednostavnom takozvane pop up mlaznice koje pod tlakom mješavine pad, pipeline pop-up nozzles arehuman fitted, which orare actions without intervention usedactivated in cases principu, danas postoji čitav niz različitih sustava, kao izlaze iz cjevovoda i raspršuju mješavinu u promjeru od sedam whereishuman action is or impossible. and and then expanding sprayed todifficult approx. sevenSafe meters posebno područje tehnike pokriveno strogim propisima i foam stabile systems are integrated from the project design zahtjevima kvalitete. Osnovna podjela slijedi prema metara po mlaznici. per nozzle. The system is started by a valve which opens when which is calculated in accordance with law and safety vrstama sredstva za gašenje, te prema načinu rada. Sustav se aktivira pomoću ventila koji se uključuje radom regulations guidelines, build with high quality equipment protection pumps start working. Osnovna vrijednost ifire prednost ovakovih sustava with all required certificates, solid implementation and je što djeluju odmah, bez ljudskog faktora, te također i požarnih pumpi. regular service and maintenance as prescribed by na mjestima gdje bi ljudska intervencija bila otežana ili producer. čak nemoguća. Osnovni preduvjet za postizanje pune sigurnosti koju daje stabilni sustav je prije svega projekat izrađen u skladu sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje u skladu sa propisima i uputama proizvođača.

19

PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

 

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

PALUBNI SUSTAVI S PJENOM 

Fixed fire protective systems today are more and more used in active prevention of • Sustavi sa pjenom u primjeni na brodovima fire, specifically systems which start notje only alarm systems, but • Omjer mješanja vode i pjenila najčešće 3% also fire extinguishing systems. • Ekspanzija pjene događaThese se u systems monitoru are built in industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is activated, then a fire extinguish medium is fed through pipes and hoses to the nozzles and released in the protected area vi zauzimaju danas sve veći udio u or directly on the protected object. The function of ožara, a posebno sustavi koji pored operations are similar in most systems used today, matski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be iva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or koje se cjevovodima i mlaznicama principle of fire suspension. rostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate rade na ovom jednostavnom actions without human intervention or used in cases oji čitav niz različitih sustava, kao where human action is difficult or impossible. Safe and hnike pokriveno strogim propisima i stabile systems are integrated from the project design . Osnovna podjela slijedi prema which is calculated in accordance with law and safety gašenje, te prema načinu rada. regulations guidelines, build with high quality equipment dnost i prednost ovakovih sustava with all required certificates, solid implementation and , bez ljudskog faktora, te također i regular service and maintenance as prescribed by ljudska intervencija bila otežana ili producer. ovni preduvjet za postizanje pune stabilni sustav je izrađen u skladu sa nja kvalitetne i kvalitetna izvedba, nje i atestiranje u ima i uputama

Palubni sustav za gašenje pjenom i vodom se primjenjuje prvenstveno na tankerima za prijevoz kemikalija, nafte i naftnih derivata. Pjena nastaje miješanjem vode, pjenila i zraka u određenim omjerima a projektira se prema vrsti tereta, površini glavne palube, površini najvećeg tanka, te ovisno o broju, rasporedu i štićenoj površini pojedinih monitora. Omjer miješanja vode i pjenila je u slučaju suvremenih sintetskih pjenila 3%. Po vrsti pjene koju razvijaju monitori, radi se o niskoekspandiranoj pjeni. Princip djelovanja je sljedeći: Morska voda dolazi iz pumpne stanice (stanice sa požarnim pumpama) i ulazi u mješač. Iz druge linije, u mješač ulazi pjena iz spremnika pogonjena vertikalnom pumpom. Pjenilo ulazi u mješač pod tlakom obično dva bara većim od tlaka vode, odnosno pod tlakom od otprilike 15 bara. Mješavina pjenila i vode putem glavnog cjevovoda odlazi na palubu. Sustav je kapacitiran za rad jednog, najvećeg monitora. Aktiviraju se jedan ili dva krmena monitora ili samo jedan na glavnoj palubi. Na glavnoj liniji palubnog cjevovoda nalaze se i priključci za spajanje hidrantskih ormara. Sa cijevima iz hidrantskih ormara obično se pokrivaju mrtvi kutevi monitora. Monitori imaju mogućnost regulacije širine mlaza na mlaznicama, od uskog do punog, otvorenog mlaza. Mogu biti ručno upravljani, hidraulički upravljani - samooscilirajući ili zakretani putem elektro motora, daljinski upravljani. Pastor Inženjering proizvodi monitore od DN80 do DN150.

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DECK FOAM SYSTEMS

• Onboard fire fighting systems with foam • Mixing ratio of foam compound in water is usually 3% • Final foam expansion is done in monitor

Main deck systems for extinguishing with foam and water are used on chemical tankers and petroleum products carriers. Water, the foam compound and air are mixed in a particular ratio depending on the type of the protected area. The mixing ratio of the foam concentrate in water is usually 3% in modern synthetic foam liquids. Foam developed by monitors is a low expansion foam. Principle of operation: Sea water is pumped by a pump station into a proportioner. At the same time, the foam concentrate is pumped by a vertical pump from a tank into the proportioner, where it is mixed with water. The foam concentrate usually has two bars higher pressure than water, approximately 15 bar. The liquid mixture of the foam concentrate and water then travels through the main pipeline to the deck. The system is capacity designed to cover the biggest foam monitor. There are usually one or two stern monitors, or only one foam monitor activated on the main deck. On the main pipeline, there are hydrant connections which cover extinguishing of the dead angle of monitors. On monitors, the jet output can be adjusted - from a narrow to a wide open jet. Monitors can be operated manually, hydraulically, they can be selfoscillating or operated by an electric motor - remotely. Pastor Inzenjering produces monitors in dimensions from DN80 to DN150.

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING

Palubni sustav se sastoji od sljedećih bitnih dijelova:  

• • • • • • • • •

The main deck foam system consists of the following

80 godina tradicije essential parts: stabilni sustavi koji djeluju trenutno, bez ljudske intervencije projektiran prema potrebi štićenog objekta

 

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

  Monitori voda-pjena, visokog učina do iznad 10.000 lit/min i • Water-foam monitors of a high capacity, over 10,000 lit./min., and a jet range up to 90 m, disposed in the middle of the main dometa do 90 m, raspoređeni po sredini palube, uz obično dva Fixed fire protective systems today arestern more deck; and deck and usually with two smaller monitors on the manja monitora na krmenom dijelu broda; more used in active prevention of Ručne mlaznice voda - pjena kapaciteta po 400 lit/min, sa • Water foam branch pipes with fire hoses, each fire, specifically systems which start not only alarm systems, but with the 400 lit./min. capacity; vatrogasnim crijevima; fire extinguishing systems. Spremnik sa zalihom pjenila, ugradbeni cilindrični ili strukturni, • Foam compound tank, cylindrical or also structural type, with foam These systems are built in industrial and for public buildings, pjenilo odgovarajuće vrste i kakvoće prikladno za primjenu sa liquid of an adequate type and quality, suitable usage with vessels and vehicles. Principle of sea water; morskom vodom; operation is that the fire alarm is Mješač voda - pjenilo; • Water-foam compound mixer; activated, then a fire extinguish medium is fed through pipes and • Foam compound pump; Pumpa za pjenilo; hoses to the nozzles and released in the protected area Stabilni sustavi zauzimaju danas sve veći udio u • Ship’s sea water supply pumping system; Brodski sustav pumpi za morsku vodu; or directly on the protected object. The function of aktivnoj zaštiti od požara, a posebno sustavi koji pored operations are similar in most systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju Armature i cjevovodi; • Armatures and piping; these systems are designed and controlled by different se u javne i industrijske objekte, plovne objekte i vozila. for theand pumps. Elektro ormari za upravljanje pumpama. regulations law legislation. Systems can be Princip rada se zasniva na•dojaviElectrical požara, kojacontrol aktivira panel categorised based on fire extinguishe mediums, or sredstvo za gašenje, koje se i mlaznicama • cjevovodima Besides the central foam systems, we can also offer boxes with Pored centralnog sustava sa pjenom, isporučujemo i sanduke principle of fire suspension. dovodi do štićenih prostora ili objekata. Iako svi stabilni the mobile equipment, containing water-foam pipes, sa mobilnom opremom, koji sadrže mlaznice,automatski vatrogasna Advantage of fixed systems branch are immediate sustavi rade na ovom jednostavnom actions without human intervention or used in cases principu, danas postoji čitav niz fi različitih sustava, kaoother re hoses, and fi refi ghting equipment as necessary. crijeva, te po potrebi i drugu opremu. where human action is difficult or impossible. Safe and posebno područje tehnike pokriveno strogim propisima i zahtjevima kvalitete. Osnovna podjela slijedi prema vrstama sredstva za gašenje, te prema načinu rada. Osnovna vrijednost i prednost ovakovih sustava je što djeluju odmah, bez ljudskog faktora, te također i na mjestima gdje bi ljudska intervencija bila otežana ili čak nemoguća. Osnovni preduvjet za postizanje pune sigurnosti koju daje stabilni sustav je prije svega projekat izrađen u skladu sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje u skladu sa propisima i uputama proizvođača.

stabile systems are integrated from the project design which is calculated in accordance with law and safety regulations guidelines, build with high quality equipment with all required certificates, solid implementation and regular service and maintenance as prescribed by producer.

Ručna mlaznica / Foam branc hpipe

Pumpa za pjenilo Foam concetrate pump

Pumpa za pjenilo Foam concetrate pump

Mješač voda - pjenilo Foam proportioner

Monitor

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PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

TLAČNI DOZATORI PJENE  



80 years of expiriance fixed systems starting immediately, without human action designed per requirements

BLADDER TANK SYSTEM

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, • Spremnik pjenila je ujedno i dozator pjene vessels and vehicles. Principle of is that the fire alarm is • Horizontalna i verti-kalnaoperation izvedba activated, then a fire extinguish • Kapaciteta do 12000 litaramedium is fed through pipes and hoses to the nozzles and released in the protected area vi zauzimaju danas sve veći udio u or directly on the protected object. The function of ožara, a posebno sustavi koji pored operations are similar in most systems used today, matski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be iva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or koje se cjevovodima Tlačnii mlaznicama dozator pjenila služi kao spremnik principle of fire suspension. rostora ili objekata. Iako svi stabilni pjenila i ujedno kao dozator za of kojeg Advantage fixed nije systems are immediate rade na ovom jednostavnom actions without human intervention oji čitav niz različitih sustava, kao potrebna posebna pumpa za pjenilo. U or used in cases where human action is difficult or impossible. Safe and hnike pokriveno strogim propisima i unutrašnjosti spremnika nalazi se mjehur stabile systems are integrated u from the project design . Osnovna podjela slijedi prema which Kroz is calculated in accordance with law and safety gašenje, te prema načinu kojem serada. nalazi pjenilo. mjehur prolazi regulations guidelines, build with high quality equipment dnost i prednost ovakovih sustava cijevi na kojoj nalaze otvori. solid implementation and with allse required certificates, , bez ljudskogusponska faktora, te također regular and maintenance ljudska intervencija bila otežana ili Usponska cijev je na service gornjem dijelu as prescribed by producer. ovni preduvjet za postizanje pune spremnika povezana sa cjevovodom koji je stabilni sustav je izrađen u skladu sa spojen na mješač. nja kvalitetne i kvalitetna izvedba, nje i atestiranje u Prilikom aktiviranja, voda ulazi u mješač i ima i uputama

• • • •

Storage of foam concentrate and proportioner in one Horizontal or vertical tank positioning Capacity up to 12000 liters

The bladder tank with the proportioner is the same as a tank for foam and a proportioner where a separate foam pump is not needed. Inside the tank, there is a bladder filled with the foam concentrate. Through the bladder, a pipe with holes is fitted, and the pipe is on the top of the tank, connected to the pipeline which leads to the proportioner. After activation, water flows into the proportioner and into the tank, filling the space between the tank wall and the bladder. Water applies pressure on the bladder and squeezes foam through the pipe with holes to the proportioner. Working pressure is 12 bar and, for USA standards, 12.7 bar. From the proportioner, the mixture (of water and foam) flows through the pipeline to the nozzles. At the same time, the tank functions as a proportioner. Starting of the system is manual or by a drencher valve, i.e. by the fire protection central unit.

istovremeno ulazi u spremnik te popunjava prostor između stijenke spremnika i mjehura. Tlak vode vrši pritisak na mjehur i pogoni pjenu koja putem cjevovoda ulazi u mješač. Radni tlak je 12bara, a prema američkim standardima 12,7 bara. Iz mješača izlazi pjena u određenoj koncentraciji i putem cjevovoda distribuira se na mlaznice. Spremnik je ujedno i dozator. Aktivacija je ručna ili putem drencher alarmnog ventila tj. vatrodojavne centrale.

KAPACITET/ ϕDv ϕC ϕE CAPACITY (l) (mm) (mm) (mm) 1000 1250 1500 1750 2000 2500 3000 3500 4000 4500 5000 5500 6000 6500 7000 7500 8000 8500 9000 9500 10000 11000 12000

22

1000 1000 1000 1100 1200 1200 1300 1400 1400 1500 1600 1700 1800 1800 2000 2000 2000 2000 2000 2000 2000 2000 2000

770 770 770 770 910 910 995 1065 1065 1140 1210 1280 1350 1425 1500 1500 1500 1500 1500 1500 1500 1500 1500

150 150 150 150 150 150 200 200 200 200 200 200 200 200 300 300 300 300 300 300 300 300 300

H (mm)

NO

A B (mm) (mm)

NO

A B A B NO (mm) (mm) (mm) (mm)

NO

A B (mm) (mm)

2200 2525 2850 2815 2780 3200 3375 3440 4100 3580 3550 3505 3460 3415 3370 3545 3720 3870 4020 4195 4370 4670 5000

3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3" 3"

735 735 735 735 835 835 885 935 935 985 1035 1035 1135 1135 1235 1235 1235 1235 1235 1235 1235 1235 1235

4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4" 4"

745 745 745 745 845 845 895 945 945 995 1045 1045 1045 1145 1245 1245 1245 1245 1245 1245 1245 1245 1245

8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8" 8"

800 800 800 800 900 900 950 1000 1000 1050 1100 1100 1100 1200 1300 1300 1300 1300 1300 1300 1300 1300 1300

1510 1510 1510 1510 1710 1710 1810 1910 1910 2010 2110 2110 2310 2310 2510 2510 2510 2510 2510 2510 2510 2510 2510

1530 1530 1530 1530 1730 1730 1830 1930 1930 2030 2130 2130 2330 2335 2530 2530 2530 2530 2530 2530 2530 2530 2530

6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6" 6"

770 770 770 770 870 870 920 970 970 1020 1070 1070 1070 1170 1270 1270 1270 1270 1270 1270 1270 1270 1270

1580 1580 1580 1580 1780 1780 1880 1980 1980 2080 2180 2180 2380 2480 2580 2580 2580 2580 2580 2580 2580 2580 2580

1640 1640 1640 1640 1840 1840 1940 2040 2040 2140 2240 2240 2440 2540 2640 2640 2640 2640 2640 2640 2640 2640 2640

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING

 80 godina tradicijeBLADDER TANK OPTIONAL  80 years of expiriance DODATNA OPREMA ZA TLAČNE DOZATORE ACCESSORIES  stabilni sustavi koji djeluju trenutno, bez  fixed systems starting immediately, withPJENE ljudske intervencije out human action

Proračuni i prirubnice ASME/ANSI Cjevovodi i ventili od inox čelika Dozator za široki raspon protoka Elektromotorni ventili u vodu pjenila Elektromagnetski mjerač protoka pjenila Elektromotorna pumpa za pretakanje pjenila



projektiran prema potrebi štićenog objekta



designed per requirements

All calculations and flanges are based on ASME/ANSI standards Fixed fire protective Stainless steel pipelines and valves systems today are more and Wide flow range proportioner more used in active prevention of fire, specifically systems which Electric motor driven valves in foam concentrate line start not only alarm systems, but Electromagnetic foam concentrate flow meter also fire extinguishing systems. These systems are built in Electric motor driven foam concentrate unloading pump industrial and public buildings,

Stabilni sustavi zauzimaju danas sve veći udio u aktivnoj zaštiti od požara, a posebno sustavi koji pored dojave požara automatski uključuju i gašenje. Ugrađuju se u javne i industrijske objekte, plovne objekte i vozila. Princip rada se zasniva na dojavi požara, koja aktivira sredstvo za gašenje, koje se cjevovodima i mlaznicama dovodi do štićenih prostora ili objekata. Iako svi stabilni automatski sustavi rade na ovom jednostavnom principu, danas postoji čitav niz različitih sustava, kao posebno područje tehnike pokriveno strogim propisima i zahtjevima kvalitete. Osnovna podjela slijedi prema vrstama sredstva za gašenje, te prema načinu rada. Osnovna vrijednost i prednost ovakovih sustava je što djeluju odmah, bez ljudskog faktora, te također i na mjestima gdje bi ljudska intervencija bila otežana ili čak nemoguća. Osnovni preduvjet za postizanje pune sigurnosti koju daje stabilni sustav je prije svega projekat izrađen u skladu sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje u skladu sa propisima i uputama proizvođača.

vessels and vehicles. Principle of operation is that the fire alarm is activated, then a fire extinguish medium is fed through pipes and hoses to the nozzles and released in the protected area or directly on the protected object. The function of operations are similar in most systems used today, these systems are designed and controlled by different regulations and law legislation. Systems can be categorised based on fire extinguishe mediums, or principle of fire suspension. Advantage of fixed systems are immediate actions without human intervention or used in cases where human action is difficult or impossible. Safe and stabile systems are integrated from the project design which is calculated in accordance with law and safety regulations guidelines, build with high quality equipment with all required certificates, solid implementation and regular service and maintenance as prescribed by producer.

23

PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

SUSTAVI ZA GAŠENJE PLINOM

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

 



80 years of expiriance fixed systems starting immediately, without human action designed per requirements

GASEOUS FIRE FIGHTING SYSTEMS

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in and public buildings,vatre • Gašenje plinom koristi seindustrial principom gušenja vessels and vehicles. Principle of • Lokana i totalna zaštita prostora operation is that the fire alarm is activated, then a ali fire extinguish • Rasprostranjena upotreba CO plina i novih medium2is fed through pipes and modernijih, ekološki prihvatljivih plinova hoses to the nozzles and released in the protected area vi zauzimaju danas sve veći udio u or directly on the protected object. The function of ožara, a posebno sustavi koji pored operations are similar in most systems used today, matski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be iva na dojavi požara, koja aktivira categorised based on fire extinguishedioksid mediums, jedno or Ugljični je koje se cjevovodima i mlaznicama principle of fire suspension. rostora ili objekata. Iako svi stabilni od najstarijih sredstava za Advantage of fixed systems are immediate rade na ovom jednostavnom actions without human intervention usedse in cases oji čitav niz različitih sustava, kao gašenje orkoje primjenjuje where human action is difficult or impossible. Safe and hnike pokriveno strogim propisima i u stabilnim sustavima. CO2 stabile systems are integrated from the project design . Osnovna podjela slijedi prema which is calculated in accordance with law and safety gašenje, te prema načinu rada. je nisko reaktivni plin koji regulations guidelines, build with high quality equipment dnost i prednost ovakovih sustava with all required certificates, solid gasi implementation požar efektomand gušenja, , bez ljudskog faktora, te također i regular service and maintenance as prescribed by ljudska intervencija bila otežana ili te je prikladan prvenstveno producer. ovni preduvjet za postizanje pune za totalnu zaštitu, ali i za stabilni sustav je izrađen u skladu sa lokalnu primjenu, i to u nja kvalitetne i kvalitetna izvedba, veoma širokom rasponu nje i atestiranje u - industrijska postrojenja, ima i uputama

transformatori u zatvorenom prostoru, lakirnice, te za zaštitu brodskih prostora. Brodski uređaji se ističu veličinom - i do 40 tona ugljičnog dioksida, te brojnim specifičnim zahtjevima kvalitete i sigurnosti.

Sustave za gašenje plinom CO2 dijelimo na - visokotlačne i niskotlačne sustave, prema visini radnog tlaka u sustavu. Pastor Inženjering proizvodi i instalira sve inačice tipičnih primjera, projektno prilagođene potrebama kupca i zaštiti prostora i objekata. Uz ugljični dio-ksid razvijen je i niz drugih plinova koji su prihvatljivi za okoliš, manje ili potpuno ne-škodljivi ljudima i koji imaju poboljšana svojstva širenja kroz prostor i gašenja požara.

24

• Gaseous fire fighting principle is to take off oxygen from fire • Local and total protection • Mainly CO2 usage, but also systems with new, environment friendly gases Carbon dioxide is one of the oldest fire extinguishing agents used in fixed fire fighting installations. CO2 is a stable gas that extinguishes fire by oxygen reduction or isolation, which makes it appropriate primarily for total flooding, but it is also suitable for a wide array of local applications – in industrial plants, transformer stations in closed spaces, spray booths and in marine installations, and aboard ships. Onboard systems stand out for their size – they may contain up to 40 tons of CO2 – and numerous specific quality and safety requirements. CO2 systems can be classified as high pressure and low pressure systems. Pastor Inženjering produces and installs all variations of typical examples, designed to cover customer demand and special requirements of protection. Carbon dioxide is not the only gas used in firefighting. With time, some other gases have been developed, which are more acceptable and healthy for people and the environment. These gases also have an improved spreading through areas and better extinguishing features.

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING

VISOKOTLAČNI CO2

  

years of expiriance HIGH PRESSURE CO80 2 fixed systems starting immediately, with-

80 godina tradicije stabilni sustavi koji djeluju trenutno, bez ljudske intervencije projektiran prema potrebi štićenog objekta

• Aktiviranje sustava ručno ili pneumatski putem pilot boca • Vatrodojava sa dvozonskom ovisnosti • Pred alarm i osiguranje evakuacijskog vremena



out human action designed per requirements

• Manual or pneumatic system starting by pilot Fixed fire protective cylinder systems today are more and • Automatic system activation after fire detection more used in active prevention of fire, specifically systems which • in two zones start not only alarm systems, but • System enables pre-alarm andalsoevacuation fire extinguishing systems.

These systems are built in industrial and public buildings, vessels and vehicles. Principle of is that the fire alarm is Visokotlačni CO2 sustavi se sastoje od sljedećih bitnih dijelova: following essential parts: CO2 high pressure systems consist of theoperation activated, then a fire extinguish • CO2 spremnici, volumena do 67l, punjene do 50kg CO2 medium is fed through pipes and to the and released in the with protected i opremljene brzootvarajućim ventilima, te nepovratnim • danas CO2 sve cylinders, of 67 litrenozzles volume, charged 50 area kg of Stabilni sustavi zauzimaju veći udio ueachhoses or directly on the protected object. The function of zaštiti od požara, a posebno sustavi koji pored with quick opening valves, ventilima, visokotlačnim crijevima i sabirnim aktivnoj cjevovodima CO2, equipped and connected operations are similar in most systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju systems are designedhigh and controlled by different povezane u CO2 bateriju; pritisak u boci se ovisno o batterythese by check valves, pressure hoses to the COi2vozila. setemperaturi u javne i industrijske objekte, plovne objekte and law legislation. Systems can be Princip rada se zasniva na dojaviand požara, koja aktivira the regulations kreće oko 50 do 60 bar; manifolds; pressure in the cylinder is from 50 categorised based on fire extinguishe mediums,toor60 sredstvo za gašenje, koje se cjevovodima i mlaznicama of fire suspension. • Zonski ventili sa pneumatskim cilindrima i polugama bar, Iako depending the ambient temperature; dovodiza do ručno štićenih prostora ili objekata. svi stabilni on principle Advantage of fixed systems are immediate automatski sustavi rade • na Zone ovom jednostavnom aktiviranje; valves with actions pneumatic cylinders, and levers for without human intervention or used in cases principu, danas postoji čitav niz različitih sustava, kao where human action is difficult or impossible. Safe and • Sustav pneumatskog aktiviranja, s ormarima posebno opremljenim manual activation; područje tehnike pokriveno strogim propisima i stabile systems are integrated from the project design zahtjevima kvalitete. Osnovna slijedi prema potrebnom armaturom i uređajima za vremensku odgodu • podjela Pneumatic activation system, with cabinets equipped with which is calculated in accordance with law and safety vrstama sredstva za gašenje, te prema načinu rada. aktiviranja - što je potrebno radi pravovremene evakuacije ljudi regulations build with high quality necessary armatures andguidelines, time delay devices - equipment which is Osnovna vrijednost i prednost ovakovih sustava with all required certificates, solid implementation and je što djeluju odmah, bez ljudskognecessary faktora, te također iz štićenog prostora; for itimely evacuation from protected areas; regular service and maintenance as prescribed by na mjestima gdje bi ljudska intervencija bila otežana ili • Razvodni cjevovodi; producer. • Distribution pipelines; čak nemoguća. Osnovni preduvjet za postizanje pune sigurnosti koju daje stabilni • CO2 mlaznice; • sustav COje2 nozzles; prije svega projekat izrađen u skladu sa • Signalni uređaji, akustični i optički. • Signaling devices, acoustic and optical. propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje u skladu sa propisima i uputama proizvođača.

Na brodskim sustavima aktiviranje gašenja je uvijek odvojeno od vatrodojave zbog velike mogućnosti prisutnosti ljudi u prostoru. Sustav se aktivira pneumatskim putem sa pilot bocama koje se nalaze u ormarima. Jedna pilot boca aktivira spremnik plina ili bateriju, dok druga boca aktivira ventil zone gašenja. Na kopnenim sustavima aktivacija može biti automatski, putem vatrodojave sa dvozonskom ovisnosti. Javljači jedne petlje oglašavaju predalarm dok javljači druge petlje aktiviraju alarm putem slanja signala centrali za gašenje. U slučaju automatske aktivacije, zonski ventili su elektromotorni ili pneumatski. Sustav se može aktivirati i pritiskom na taster ili mehaničkim putem - otvaranjem zonskog ventila i aktiviranjem CO2 baterije.

The onboard ship system activation is always separated from the fire protection alarm system due to a high possibility for presence of people in the protected area. The system is started pneumatically by two pilot cylinders that are placed in cabinets. The first one is the start cylinder or the cylinder bank, and the second one opens the valve of the protection zone. On land installations, the activation can be done automatically, by the fire protection alarm system with two-zone activation. The first detector starts the prealarm and second detector starts the main control unit for extinguishing. In case of automatic activation, zone valves are electrically or pneumatically driven. The system can be started manually, by the pull station, or mechanically, by opening of the zone valve and activation of the CO2 battery.

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PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

BRODSKI SUSTAVI - VISOKOTLAČNI CO2

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

 



80 years of expiriance fixed systems starting immediately, without human action designed per requirements

MARINE INSTALLATIONS HIGH PRESSURE CO2 SYSTEMS Fixed fire protective

vi zauzimaju danas sve veći udio u ožara, a posebno sustavi koji pored matski uključuju i gašenje. Ugrađuju ske objekte, plovne objekte i vozila. iva na dojavi požara, koja aktivira koje se cjevovodima i mlaznicama rostora ili objekata. Iako svi stabilni rade na ovom jednostavnom oji čitav niz različitih sustava, kao hnike pokriveno strogim propisima i . Osnovna podjela slijedi prema gašenje, te prema načinu rada. dnost i prednost ovakovih sustava , bez ljudskog faktora, te također i ljudska intervencija bila otežana ili ovni preduvjet za postizanje pune stabilni sustav je izrađen u skladu sa nja kvalitetne i kvalitetna izvedba, nje i atestiranje u ima i uputama

systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is activated, then a fire extinguish medium is fed through pipes and hoses to the nozzles and released in the protected area or directly on the protected object. The function of operations are similar in most systems used today, these systems are designed and controlled by different regulations and law legislation. Systems can be categorised based on fire extinguishe mediums, or principle of fire suspension. Advantage of fixed systems are immediate actions without human intervention or used in cases where human action is difficult or impossible. Safe and stabile systems are integrated from the project design which is calculated in accordance with law and safety regulations guidelines, build with high quality equipment with all required certificates, solid implementation and regular service and maintenance as prescribed by producer.

Visokotlačni CO2 sustav u brodskim izvedbama mozemo prikazati kroz nekoliko tipičnih primjera: 1. Jedna boca CO2 67,5l, jedna zona gašenja; jednostavni sustav 2. Jedna boca CO2 13,4l, lokalna zaštita, npr kuhinjska napa 3. Baterija CO2, jedan glavni ventil, vremensko zatezanje ručno 4. Veliki sustav (cca 50 - 100 boca), više zona gašenja 5. Veliki sustav za brodove za rasuti teret; totalna zaštita teretnog prostora High pressure CO2 system in marine installations can be presented in several typical examples: 1. One zone of protection, one cylinder of CO2 of 67.5 lit. - simple system 2. Local protection, one cylinder of CO2 of 13.4 lit., e.g. kitchen hood 3. One cylinder bank of CO2, one main valve, manual time delay 4. Multiple zones of protection, one cylinder bank (50-100 cylinders) 5. Multiple cylinder banks, total protection; protection of cargo space on a bulk carrier

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PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING

KOPNENI SUSTAVI - VISOKOTLAČNI CO  2  

LAND INSTALLATIONS - HIGH PRESSURE  80 years of expiriance  fixed systems starting immediately, withCO SYSTEMS out human action

80 godina tradicije stabilni sustavi koji djeluju trenutno, bez ljudske intervencije 2 projektiran prema potrebi štićenog objekta



designed per requirements

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, vessels and vehicles. Principle of High pressure system with CO2on land installations can be presented with several typical examples: operation is that the fire alarm is 1. One zone of protection, one CO2 cylinder bank activated, then a fire extinguish medium is fed through pipes and 2. Multiple zones of protection, one CO2 cylinder bank hoses to the nozzles and released in the protected area Stabilni sustavi zauzimaju danas sve veći udio u 3. Multiple zones of protection, main and spare CO2 cylinder banks; initial and extended extinguishing or directly on the protected object. The function of aktivnoj zaštiti od požara, a posebno sustavi koji pored operations are similar in most systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different se u javne i industrijske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be Princip rada se zasniva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or sredstvo za gašenje, koje se cjevovodima i mlaznicama principle of fire suspension. dovodi do štićenih prostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate automatski sustavi rade na ovom jednostavnom actions without human intervention or used in cases principu, danas postoji čitav niz različitih sustava, kao where human action is difficult or impossible. Safe and posebno područje tehnike pokriveno strogim propisima i stabile systems are integrated from the project design zahtjevima kvalitete. Osnovna podjela slijedi prema which is calculated in accordance with law and safety vrstama sredstva za gašenje, te prema načinu rada. regulations guidelines, build with high quality equipment Osnovna vrijednost i prednost ovakovih sustava with all required certificates, solid implementation and je što djeluju odmah, bez ljudskog faktora, te također i regular service and maintenance as prescribed by na mjestima gdje bi ljudska intervencija bila otežana ili producer. čak nemoguća. Osnovni preduvjet za postizanje pune sigurnosti koju daje stabilni sustav je prije svega projekat izrađen u skladu sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje u skladu sa propisima i uputama proizvođača.

Visokotlačne sustave CO2 na kopnenim instalacijama možemo razvrstati u nekoliko tipičnih primjera izvedbi: 1. Jedna zona gašenja, jedna baterija CO2 2. Više zona gašenja, jedna baterija CO2 3. Više zona gašenja, glavna i rezervna baterija CO2, uz inicijalno i produženo gašenje

27

PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

KOPNENI SUSTAV - NISKOTLAČNI CO2

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

 



80 years of expiriance fixed systems starting immediately, without human action designed per requirements

LAND INSTALLATION - LOW PRESSURE CO2 SYSTEM

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, vessels and vehicles. Principle of • Pogodno za totalnu zaštitu velikih zatvorenih operation is that the fire alarm is prostora activated, then a fire extinguish medium is fed through pipes and • Mogućnost povezivanja više spremnika hoses to the nozzles and released in the protected area vi zauzimaju danas sve veći udio u • Isporuka kao zaseban uređaj, u kontejeru ili of or directly on the protected object. The function ožara, a posebno sustavi koji pored operations montažnoj kućici are similar in most systems used today, matski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be iva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or koje se cjevovodima i mlaznicama principle of fire suspension. rostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate rade na ovom jednostavnom Niskotlačni CO sustavi ugrađuju na kopnene brodske actions without humanse intervention or used iin na cases oji čitav niz različitih sustava, kao 2 where action is difficultda or impossible. Safe and velike instalacije. Osnovna muhuman je karakteristika može skladištiti hnike pokriveno strogim propisima i stabile systems are integrated from the project design . Osnovna podjela slijedi prema količine ugljičnog dioksida, pa se mogu štititi i prostori which is calculated in accordance with law and safety velikih gašenje, te prema načinu rada. regulations guidelines, withzona high quality equipment volumena. Sustavom se može štititibuild više gašenja, a aktivira dnost i prednost ovakovih sustava with all required certificates, solid implementation and , bez ljudskog faktora, te također i se automatski, poluautomatski ili ručno. Spremnik niskotlačnog regular service and maintenance as prescribed by ljudska intervencija bila otežana ili producer. je izoliran iu sklopu sustava se nalazi rashladni uređaj koji ovni preduvjetuređaja za postizanje pune stabilni sustav je održava konstantan tlak i temperaturu. izrađen u skladu sa Pastor Inženjering sustave projektira i gradi prema zahtjevima nja kvalitetne i kvalitetna izvedba, svakog specifičnog objekta, a dosadašnja referenca sadrži uređaje nje i atestiranje u i do 40 tona CO2 po jednom niskotlačnom spremniku. Moguće su i ima i uputama

kombinacije sa više spremnika. U kopnenim instalacijama sustav može biti samostojeći, isporučiti se u kontejneru (dužine 6, 9 ili 12m x širine 2,4m x visine 2,7m ) ili biti ugrađen u montažnoj kućici. Sustave izrađujemo od 2,5m3 do 10m3 u koracima po 0,5m3, a do 40m3 u koracima po 1m3.

28

• • • • •

Suitable for total protection of high volume closed spaces System enables connectivity of several tanks installation as stand alone, in container or in mounting house

The low pressure CO2 systems can be executed in land or marine installations. The main characteristic of the low pressure system is the big storage capacity for carbon dioxide, which allows total protection of high volume spaces. It can protect several zones of protection, and it is started automatically, semi-automatically or manually. The container is heat protected and a part of the system is the cooler system which maintains pressure and temperature at the same level. Pastor Inženjering designs and builds systems according to specific requirements of each protected space or object. So far, we have built systems of up to 40,000 kg of carbon dioxide in one container; options are to join more containers into a single system. In land installations, the system can be installed as self standing. It can be delivered in a container or fitted in a mounting house. We deliver systems from 2.5 m3 to 10 m3 in steps of 0.5 m3, and to 40m3 in steps of 1 m3.

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING   

80 godina tradicije stabilni sustavi koji djeluju trenutno, bez ljudske intervencije projektiran prema potrebi štićenog objekta

Niskotlačni CO2 sustavi projektirani su prema “Pravilniku o tehničkim normativima za stabilne uređaje za gašenje požara ugljičnim dioksidom” i prema NFPA 12 - američkom standardu sustava za gašenje ugljičnim dioksidom. Sustave na brodovima projektiramo prema propisima svih brodskih registara (LRS, DNV, HRB, RINA, GL, RMRS, ...).

  

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

Low pressure carbon dioxide systems are designed according Fixed fire protective to “Croatian technical standards for systems non-moving today areequipment more and more used in active prevention ofto for fire extinguish with carbon dioxide” and according fire, specifically systems which NFPA 12 - the United States standard firealarm extinguishing startfor not only systems, but extinguishing systems. systems with carbon dioxide. Systemsalsoforfiremarine installation These systems are built in are designed based on marine standards DNV, HRB, industrial(LRS, and public buildings, vessels and vehicles. Principle of RINA, RMRS, ...).

operation is that the fire alarm is U kopnenim instalacijama sustav može biti isporučen kao activated, then a fire extinguish fed through pipes samostojeći, u kontejneru ili biti ugrađen u montažnoj kućici. In land installations, the system canmedium be isdelivered as and self hoses to the nozzles and released in the protected area Stabilni sustavi zauzimaju danas sve udio u Kontejneri dolaze u standaerdnim veličinama, dužine 6m, 9m i 12m standing, inveći a container ordirectly fittedoninthea mounting house. or protected object. The function of aktivnoj zaštiti od požara, a posebno sustavi koji pored operations are mostlength systemsof used today, , te širine 2,4m i visine 2,7m...). Standard sizes of the container aresimilar withinthe 6 m, 9m dojave požara automatski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different se u javne i industrijske objekte, objekte i vozila.of 2.4 or 12plovne m, the width m and the height of 2.7 m...). regulations and law legislation. Systems can be Princip rada se zasniva na dojavi požara, koja aktivira sredstvo za gašenje, koje se cjevovodima i mlaznicama dovodi do štićenih prostora ili objekata. Iako svi stabilni automatski sustavi rade na ovom jednostavnom principu, danas postoji čitav niz različitih sustava, kao posebno područje tehnike pokriveno strogim propisima i zahtjevima kvalitete. Osnovna podjela slijedi prema vrstama sredstva za gašenje, te prema načinu rada. Osnovna vrijednost i prednost ovakovih sustava je što djeluju odmah, bez ljudskog faktora, te također i na mjestima gdje bi ljudska intervencija bila otežana ili čak nemoguća. Osnovni preduvjet za postizanje pune sigurnosti koju daje stabilni sustav je prije svega projekat izrađen u skladu sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje u skladu sa propisima i uputama proizvođača.

categorised based on fire extinguishe mediums, or principle of fire suspension. Advantage of fixed systems are immediate actions without human intervention or used in cases where human action is difficult or impossible. Safe and stabile systems are integrated from the project design which is calculated in accordance with law and safety regulations guidelines, build with high quality equipment with all required certificates, solid implementation and regular service and maintenance as prescribed by producer.

29

PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

BRODSKI SUSTAV - NISKOTLAČNI CO2

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

 



80 years of expiriance fixed systems starting immediately, without human action designed per requirements

MARINE INSTALLATION - LOW PRESSURE CO2 SYSTEM

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. TheseCO systems are built in • Skladištenje velikih količina industrial 2and public buildings, • Omogućava totalnu zaštitu velikih zatvorenih vessels and vehicles. Principle of prostora, s jednom ili višeoperation zona is that the fire alarm is activated, then a fire extinguish • Mogućnost spajanja i povezivanja više sprem-nika medium is fed through pipes and hoses to the nozzles and released in the protected area vi zauzimaju danas sve veći udio u or directly on the protected object. The function of ožara, a posebno sustavi koji pored operations are similar in most systems used today, matski uključujuNiskotlačni i gašenje. Ugrađuju ugrađuju se na kopnene i na brodske CO2 sustavi these systems are designed and controlled by different ske objekte, plovne objekte i vozila. and law legislation. Systems can be velike Osnovnaregulations mu je karakteristika da može skladištiti iva na dojavi instalacije. požara, koja aktivira categorised based on fire extinguishe mediums, or koje se cjevovodima i mlaznicama količine ugljičnog dioksida, pa se mogu štititi i prostori velikih principle of fire suspension. rostora ili objekata. Iako svi stabilni of fixed are immediate volumena. Sustavom seAdvantage može štititi višesystems zona gašenja, a aktivira rade na ovom jednostavnom actions without human intervention or used in cases oji čitav niz različitih sustava, kao poluautomatski se automatski, ili ručno. Spremnik niskotlačnog where human action is difficult or impossible. Safe and hnike pokriveno strogim propisima i stabile systems are integrated from the project design uređaja je izoliran iu sklopu sustava se nalazi rashladni uređaj koji . Osnovna podjela slijedi prema calculated in accordance with law and safety gašenje, te prema načinu rada. održava konstantanwhich tlak isi temperaturu. regulations guidelines, build with high quality equipment dnost i prednost ovakovih sustava with all required certificates, solid implementation and , bez ljudskog faktora, te također i regular service and maintenance as prescribed by ljudska intervencija bila otežana ili producer. ovni preduvjet za postizanje pune stabilni sustav je izrađen u skladu sa nja kvalitetne i kvalitetna izvedba, nje i atestiranje u ima i uputama

Spremnik CO2 izrađen od posebnog čelika za niske temperature, toplinskom izolacijom, nivokazom, sigurnosnom i ostalom potrebnom armaturom, te postoljem na kojem su smješteni i svi ostali dijelovi sustava. Radni tlak je 23 bar kod -18°C. • Glavni ventili - ručni i pneumatski pogonjeni; • Zonski ventili sa pneumatskim cilindrima i polugama za ručno aktiviranje; • Sustav pneumatskog aktiviranja, sa ormarima opremljenim potrebnom armaturom i uređajima za vremensku odgodu aktiviranja - što je potrebno radi pravovremene evakuacije ljudi iz štićenog prostora; • Rashladni uređaji koji se sastoji od kompresora, kondenzatora, isparivača ugrađenih u CO2 spremnik, pripadajuce armature i automatike. Ugrađuju se dvije jedinice, svaka s punim kapacitetom, koje se naizmjenično automatski smjenjuju u radu. Rashladni medij je ekološki prihvatljivi plin R 404-A. • Elektro ormari koji nadziru rad sustava; • Razvodni cjevovodi; • CO2 mlaznice; • Signalni uređaji, akustički i optički

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• Big CO2 storage capacity • Enables total protection of high volume closed spaces, with one or more zones of protection • System enables connectivity of several tanks The low pressure CO2 systems can be executed in land or marine installations. The main characteristic of the low pressure system is the big storage capacity for carbon dioxide, which allows total protection of high volume spaces. It can protect several zones of protection, and it is started automatically, semi-automatically or manually. Pressure and temperature are maintained at the same level by an additional cooling system.

•

• • • •

•

• • • •

Tank for CO2 storage, executed from special steel for low temperatures, with thermal insulation, equipped with a level indicator, safety and all other necessary armatures, and a stand construction which holds all other equipment of the whole system. Working pressure is 23 bar at -18 °C. Main valves - manual and pneumatic Zone valves with pneumatic cylinders and levers for manual activation; Pneumatic activation system, with cabinets equipped with necessary armatures and time delay devices which is necessary for timely evacuation from the protected space; Cooling units, consist of compressors, condensers, evaporators placed in the CO2 tank, the belonging armatures and automatics. Two units are installed, each with the full capacity, and are working alternately automatically. The cooling agent is the environmentfriendly gas R 404-A. Electrical control panels; Distribution pipelines; CO2 nozzles; Signaling devices, acoustic and optical.

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING   

80 godina tradicije stabilni sustavi koji djeluju trenutno, bez ljudske intervencije projektiran prema potrebi štićenog objekta

Stabilni sustavi zauzimaju danas sve veći udio u aktivnoj zaštiti od požara, a posebno sustavi koji pored dojave požara automatski uključuju i gašenje. Ugrađuju se u javne i industrijske objekte, plovne objekte i vozila. Princip rada se zasniva na dojavi požara, koja aktivira sredstvo za gašenje, koje se cjevovodima i mlaznicama dovodi do štićenih prostora ili objekata. Iako svi stabilni automatski sustavi rade na ovom jednostavnom principu, danas postoji čitav niz različitih sustava, kao posebno područje tehnike pokriveno strogim propisima i zahtjevima kvalitete. Osnovna podjela slijedi prema vrstama sredstva za gašenje, te prema načinu rada. Osnovna vrijednost i prednost ovakovih sustava je što djeluju odmah, bez ljudskog faktora, te također i na mjestima gdje bi ljudska intervencija bila otežana ili čak nemoguća. Osnovni preduvjet za postizanje pune sigurnosti koju daje stabilni sustav je prije svega projekat izrađen u skladu sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje u skladu sa propisima i uputama proizvođača.

  

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is activated, then a fire extinguish medium is fed through pipes and hoses to the nozzles and released in the protected area or directly on the protected object. The function of operations are similar in most systems used today, these systems are designed and controlled by different regulations and law legislation. Systems can be categorised based on fire extinguishe mediums, or principle of fire suspension. Advantage of fixed systems are immediate actions without human intervention or used in cases where human action is difficult or impossible. Safe and stabile systems are integrated from the project design which is calculated in accordance with law and safety regulations guidelines, build with high quality equipment with all required certificates, solid implementation and regular service and maintenance as prescribed by producer.

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PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

SUSTAVI SA PLINOVIMA FM-200 I NOVEC-1230

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

 



80 years of expiriance fixed systems starting immediately, without human action designed per requirements

SYSTEMS WITH GAS FM-200 AND NOVEC-1230

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in • Gašenje sa plinovima poboljšanih svojstava industrial and public buildings, gašenja vessels and vehicles. Principle of operation is that the fire alarm is • Prihvatljiviji za ljude i okolinu activated, then a fire extinguish • Zaštita skupe i osjetljive opreme medium is fed through pipes and hoses to the nozzles and released in the protected area vi zauzimaju danas sve veći udio u or directly on the protected object. The function of ožara, a posebno sustavi koji pored operations are similar in most systems used today, matski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ske objekte, plovne objekte i vozila. regulations andsredstava law legislation. Systems čija can be mnogobrojnih zamjenskih za halone, primjena iva na dojavi Od požara, koja aktivira categorised based on fire extinguishe mediums, or koje se cjevovodima i mlaznicama je postupno prestala po odredbama Montrealskog protokola radi principle of fire suspension. rostora ili objekata. Iako svi stabilni Advantage of FM-200 fixed systems are immediate su se zaštite ozonskog omotača, plinovi i NOVEC-1230 rade na ovom jednostavnom actions without human intervention or used in cases oji čitav niz različitih sustava, kao pokazali veoma prikladnima za gašenje prostorija sa skupom where human action is difficult or impossible. Safe and hnike pokriveno strogim propisima i systems drugim are integrated from the project design nanijeti opremom, gdje bistabile gašenje sredstvima moglo . Osnovna podjela slijedi prema which is calculated in accordance with law and safety gašenje, te prema načinu rada. dodatne štete. Koristi se za gašenje elektronske i informatičke regulations guidelines, build with high quality equipment dnost i prednost ovakovih sustava u laboratorijima, muzejima i vrijednim arhivama.and Gašenje with all required certificates, solid implementation , bez ljudskogopreme, faktora, te također i regular service and maintenance as prescribed by ljudska intervencija bila otežana se zasniva naili suzbijanju kemijske reakcije koja između gorivog producer. ovni preduvjet za postizanje pune materijala i kisika, a za punu efikasnost je potrebno brzo istjecanje stabilni sustav je izrađen u skladu sa i ravnomjerna raspodjela u koncentraciji potrebnoj za gašenje u nja kvalitetne i čitavoj prostoriji (totalna zaštita). U većim sustavima, spremnici kvalitetna izvedba, nje i atestiranje u mogu biti povezani u bateriju. ima i uputama

Standardni spremnici / Standard cylinder (kg)

150l

51, 81

142

243, 368

24,8

25

52

106, 147

180

24,8

25

50, 80

100, 140

180

25, 40, 50

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING Opis sustava  Predviđa se potpuno potapanje plinom za gašenje. Sustav se sastoji od:  • • •

80 godina tradicijeSystem description  stabilni sustavi kojiTotal djeluju trenutno,with bez gas is  flooding ljudske intervencije The system consists of: projektiran prema potrebi štićenog objekta 

boce s plinom i ventilima za automatsko, poluatomatsko i ručno aktiviranje, cjevovoda s mlaznicama Vatrodojavnog sustava s dvozonskom ovisnosti

•

out human action designed per requirements

Fixed semiautomatic fire protective Cylinder with gas and valves for automatic, systems today are more and and manual activation more used in active prevention of fire, specifically systems which Pipelines with nozzles start not only alarm systems, but Fire detection system with dual activation also fire extinguishing systems.

• • • Methods of extinguishing fire are:

These systems are built in industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is activated, then a fire extinguish automatski, preko javljača požara i VDC za gašenje • Automatic, through fire detectors and theis fed firethrough pipes and medium hoses to the nozzles and released in the protected area poluautomatski, preko tipkala kod ulaznih vratiju i VDC panel Stabilni sustavi zauzimaju danas svefor većiextinguishing udio u or directly on the protected object. The function of aktivnoj zaštiti od požara, a posebno sustavi koji pored za gašenje • Semi-automatic. through door incoder and the operationsfront are similar most systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ručno preko aktivatora na spremniku fire extinguishing panel se u javne i industrijske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be Princip rada se zasniva na dojavi požara, koja aktivira • Manual, through the activator on onthefiretank categorised based extinguishe mediums, or sredstvo za gašenje, koje se cjevovodima i mlaznicama principle of fire suspension. dovodi do štićenih prostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate automatski sustavi rade na ovom jednostavnom actions without human intervention or used in cases principu, danas postoji čitav niz različitih sustava, kao where human action is difficult or impossible. Safe and posebno područje tehnike pokriveno strogim propisima i stabile systems are integrated from the project design zahtjevima kvalitete. Osnovna podjela slijedi prema which is calculated in accordance with law and safety vrstama sredstva za gašenje, te prema načinu rada. regulations guidelines, build with high quality equipment Osnovna vrijednost i prednost ovakovih sustava with all required certificates, solid implementation and je što djeluju odmah, bez ljudskog faktora, te također i regular service and maintenance as prescribed by na mjestima gdje bi ljudska intervencija bila otežana ili producer. čak nemoguća. Osnovni preduvjet za postizanje pune sigurnosti koju daje stabilni sustav je prije svega projekat izrađen u skladu sa propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te redovito održavanje i atestiranje u skladu sa propisima i uputama proizvođača.

Načini gašenja požara su: • •

•

80 years of expiriance

fixed systems starting immediately, withexpected

FM-200 spremnik, FM-200 cylinder

FM ventil, FM valve

Vatrodojavna centrala za gašenje upravlja radom sustava. U zoni gašenja su po dvije automatske zone do-jave sa optičko dimnim javljačima požara, posebno u prostoru, a posebno u duplom podu/stropu. Tek kada su obje zone za radni prostor ili dupli pod/strop u alarmu, aktiviraju se ventili (nakon programiranog vremena kašnjenja) na spremnicima sa plinom i započinje gašenje požara na način da se ispucava cjelokupna količina plina u vremenu od maksimalno deset sekundi. U trenutku kada su obje zone u alarmu aktivira se i svjetlosno zvučna signalizacija u štićenom prostoru i ispred ulaza u štićeni prostor. Signalizacija u štićenom prostoru omogu-ćava prisutnim ljudima da se evakuiraju, a s vanjske strane ukazuje da će doći do gašenja. Sustav se može aktivirati i pomoću ručnog tipkala za aktiviranje gašenja, montiranog ispred ulaznih vrata u štićeni prostor. Programirano kašnjenje iznosi 20 sekundi. Nakon potvrde drugog alarma isključuje se ventilacija, a prije ispu-cavanja FM200 sustava. Stanje sa sustava za gašenje prosljeđuje se na glavni vatrodojavni sustav objekta.

FM mlaznica, FM nozzle

The fire extinguisher panel manages system operation. In the extinguishing zone, two automatic fire detection zones with optical smoke detectors are placed, one in the space and one in the counter roof/floor. When both zones of detection are under alarm, the valve on the cylinders is activated (after the programmable time delay expires). The complete gas quantity is discharged in ten seconds. At the moment when both detection zones are alarmed, light-sound signals in the protected area and front entrance to the protected area (the outside) are started as well. The inside signal gives notice for evacuation, and the outside one gives the information about system activation. The system can be started by the manual coder for extinguishing activation mounted in front of the entrance door into the protected space. The programmable time delay is 20 seconds. After the second alarm is activated, the ventilation system is switched off, before FM200 discharge. The extinguishing system status is transferred to the main fire detection system of the building.

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PASTOR INŽENJERING d.d.

NŽENJERING

ŽENJERING

PASTOR INŽENJERING U SVIJETU

adicije avi koji djeluju trenutno, bez vencije prema potrebi štićenog objekta

 

80 years of expiriance fixed systems starting immediately, without human action designed per requirements

PASTOR INŽENJERING PRESENCE ON MARKET 

Fixed fire protective systems today are more and more used in active prevention of fire, specifically systems which start not only alarm systems, but also fire extinguishing systems. These systems are built in industrial and public buildings, U suradnji sa Jewel Saffire - Dubai, Ujedinjeni Arapski Emirati (UAE), 2010 vessels and vehicles. Principle of operation is that the fire Emirates alarm is In cooperation with Jewel Saffire - Dubai, United Arab (UAE), 2010 activated, then a fire extinguish medium is fed through pipes and hoses to the nozzles and released in the protected area vi zauzimaju danas sve veći udio u or directly on the protected object. The function of ožara, a posebno sustavi koji pored operations are similar in most systems used today, matski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different ske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be iva na dojavi požara, koja aktivira categorised based on fire extinguishe mediums, or koje se cjevovodima i mlaznicama principle of fire suspension. rostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate rade na ovom jednostavnom actions without human intervention or used in cases oji čitav niz različitih sustava, kao where human action is difficult or impossible. Safe and hnike pokriveno strogim propisima i stabile systems are integrated from the project design . Osnovna podjela slijedi prema which is calculated in accordance with law and safety gašenje, te prema načinu rada. regulations guidelines, build with high quality equipment dnost i prednost ovakovih sustava with all required certificates, solid implementation and , bez ljudskog faktora, te također i regular service and maintenance as prescribed by ljudska intervencija bila otežana ili producer. ovni preduvjet za postizanje pune stabilni sustav je izrađen u skladu sa nja kvalitetne i kvalitetna izvedba, nje i atestiranje u ima i uputama

Međunarodni sajam gospodarstva Mostar, Bosna i Hercegovina, 2011 International Economic Fair - Mostar, Bosnia and Herzegovina, 2011

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GEPA - Istambul, Turska, 2011 GEPA - Istanbul, Turkey, 2011

PASTOR INŽENJERING d.d. PASTOR INŽENJERING PASTOR INŽENJERING

Godine 1930. gospodin Felix Pastor utemeljio je prvu radionicu founded first Croatian company  80 godina tradicije In 1930, Mr Felix Pastor  80 years of the expiriance stabilni sustavi koji for djeluju bez  and fixed systems starting withza proizvodnju i popravak vatrogasnih aparata u Hrvatskoj. thetrenutno, manufacturing maintenance ofimmediately, fire extinguishing ljudske intervencije out human action Misao vodilja bila je: dobre tehničke ideje i solidna obrada devices. The guiding thought was: good technical ideas and  projektiran prema potrebi štićenog objekta  designed per requirements proizvoda osnova su za postizanje uspjeha. Ovo je geslo uz solid production are the foundation for achieving success. This Fixed solid fire production, protective inženjersku domišljatost i solidnu obradu rezultiralo kvalitetom slogan, together with engineering savvy and systems today are more and proizvoda. resulted in good product quality. more used in active prevention of fire, specifically systems which start not only alarm systems, but

Već 1936. i 1937. godine na specijaliziranim izložbama gospodin Pastor dobio je visoka priznanja za kvalitetu svojih proizvoda:

On specialized presentations in 1936 1937, Mr.systems. Pastor also and fire extinguishing systems built in already received high rewards for theThese quality of hisareproducts.

je u rad tvornica u Rakitju, Novačka cesta br.2, koja se usko specijalizirala za automatske stabilne instalacije, proizvodnju vatrogasnih vozila i prikolica. U tom razdoblju poduzeće Pastor se iznimno kvantitativno i kvalitativno razvija te dobiva brojna domaća i inozemna priznanja (između ostalih i “Phoenicia” International trade trophy na Malti 1975. godine). U novoj tvornici razvila se uz već uhodanu strojarsku proizvodnju i proizvodnju električnih uređaja (vatrodojavne centrale, javljači požara,...). Kako je poduzeće Pastor oduvijek pratilo svjetske tendencije razvoja protupožarnih sustava, te mnogo vremena i sredstava ulagalo u kvalitetu svojih proizvoda, 80-tih godina uspijelo je preko trećinu svojih proizvoda i usluga prodati u inozemstvo. Danas naši uređaji uspješno štite od požara tvornice i druge objekte u mnogim zemljama Europe i svijeta (Austrija, Češka, Slovačka, Grčka, Italija, Poljska, Rusija, Turska, Alžir, Zemlje centralne Afrike, Egipat, Gvineja, Libija, Burma, Irak, Iran, Kambodža, Sirija, Ujedinjeni Arapski emirati, Kolumbija,...). Godine 1992. poduzeće Pastor se razdvojilo na: Pastor TVA (tvornica vatrogasnih aparata) i Pastor inženjering d.d.(poduzeće za projektiranje i izvođenje protupožarnih sustava). Pastor inženjering d.d. poduzeće je koje Vam garantira kvalitetu, a o njegovoj tradiciji dovoljno govori podatak da se jedna od instalacija nalazi u Tehničkom muzeju u Zagrebu. Poduzeće Pastor inženjering d.d. danas projektira i izvodi instalacije na kopnu i na brodovima, u zemlji i inozemstvu. Svojom kvalitetom i izvedbom udovoljava najstrožim propisima brodskih registara, te svim važnijim međunarodnim propisima za protupožarne instalacije (Vds, NFPA, Snip,...). Kupcima naših instalacija i ostalim vlasnicima protupožarnih instalacija na usluzi je naš odlično organiziran servis.

of automatic fixed fire fighting installations and fire engines and trailers became operational in 1987, on 2 Novačka cesta, Rakitje. In this period, the Pastor company experienced an outstanding development in the quantity and quality of its products and again received many domestic and international awards (one of witch was the Phoenicia International Trade Trophy, Malta 1975). Apart from the already established production of mechanical parts, the manufacture of electric devices (fire detection control panels, fire detectors etc.) has also been developed in the new factory. Because the Pastor company had always followed world trends in the development of fire fighting systems, and invested a lot of time and resources in the quality of products, in the 1980’s it succeeded in selling over one third of its products and services abroad. Today, our systems are successful in fire protection of factories and other buildings in many countries in Europe and all over the world (Austria, the Czech Republic, Slovakia, Greece, Italy, Poland, Russia, Turkey, Algeria, countries in central Africa, Egypt, Guinea, Libya, Burma, Iraq, Iran, Cambodia, Syria, UAE, Columbia etc...). In 1992, the Pastor company divided into Pastor TVA (fire extinguisher factory) and Pastor Inženjering d.d. (engineering company for designing and installation of fire fighting systems). Pastor Inženjering d.d. is a company that guarantees quality, and fact that one of its systems is exhibited in the Technical Museum in Zagreb, says a thing about its tradition. Today, Pastor Inženjering d.d. designs and manufactures fire fighting installations for use on land and aboard ships, at home and abroad. With irs quality and performance, the Pastor company meets the requirements of important international regulations for fire fighting installations (Vds, NFPA, Snip, etc.). Our well organized service center is always at the disposal of our customers and other owners of fire fighting installation.

industrial and public buildings, vessels and vehicles. Principle of operation is that the fire alarm is • London 1936 - golden medal activated, then a fire extinguish • London 1936.g.-zlatna medalja • Brussels 1936 - silver medal medium is fed through pipes and hoses to the nozzles and released in the protected area • Bruxelles 1936.g.-srebrna medalja • danas Paris medal Stabilni sustavi zauzimaju sve 1937 veći udio- golden u or directly on the protected object. The function of aktivnoj zaštiti od požara, a •posebno sustavi koji pored • Pariz 1937.g.-zlatna medalja operations are similar in most systems used today, dojave požara automatski uključuju i gašenje. Ugrađuju these systems are designed and controlled by different se u javne i industrijske objekte, plovne objekte i vozila. regulations and law legislation. Systems can be Princip rada se zasniva na dojavi požara, koja aktivira Četrdesetih godina ovog stoljeća u poduzeću Pastor proizvodili In the 1940s, the Pastor company was manufacturing water categorised based on fire extinguishe mediums, or sredstvo za gašenje, koje se cjevovodima i mlaznicama principle foam of fire suspension. su se aparati na vodu, kemijsku pjenu i tetraklorugljik. fi re extinguishers, chemical fire extinguishers and carbon dovodi do štićenih prostora ili objekata. Iako svi stabilni Advantage of fixed systems are immediate na ovom jednostavnom Preuzimanjem iskustva i dostignuća na područjuautomatski zaštite sustavi od rade tetrachloride fire extinguishers. Learning from the experience actions without human intervention or used in cases principu, danas postoji čitav niz različitih sustava, kao action is difficult impossible. Safebegan and požara počinje brži razvoj poduzeća Pastor od 1960.godine. and achievements inwhere firehuman protection, theor company posebno područje tehnike pokriveno strogim propisima i are integrated from the project design zahtjevima kvalitete. Osnovna prema Budući da se opseg proizvodnje iznimno povećavao postojeća its podjela rapid slijedi expansion instabile theissystems 1960s. Because of law theandgrowing which calculated in accordance with safety vrstama sredstva za gašenje, te prema načinu rada. regulations guidelines, build with become high quality equipment tvornica postala je premala, te je odlučeno da se izgradi nova production volume, existing factory had too small, Osnovna vrijednost i prednost ovakovih sustava the all required certificates, solid implementation and je što djeluju odmah, bez ljudskog te također i thatwith tvornica. ant itfaktora, was decided a new one be built. regular service and maintenance as prescribed by na mjestima gdje bi ljudska intervencija bila otežana ili Godine 1965. postojeća se tvornica preselila u Zagreb u Selsku In 1965, the current moved to 90 a Selska cesta, Zagreb, producer. čak nemoguća. Osnovni preduvjet za postizanje pune factory koju daje stabilniand sustav je that point on began accelerated development of fixed cestu br.90a i od tada počinje ubrzani razvoj sigurnosti proizvodnje from prije svega projekat izrađen u skladu sa stabilnih automatskih instalacija i novih vatrogasnih vozila, fire fighting installations, new fire engines and other kinds of propisima, ugradnja kvalitetne i certificirane opreme, kvalitetna izvedba, te ostale protupožarne opreme. Nakon desetak godina fire protection equipment. After ten years, even this new factory te redovito održavanje i atestiranje u i nova je tvornica postala premala budući daskladu se opseg sa propisima i became uputama too small since manufacturing had been growing proizvođača. proizvodnje eksponencijalno povećao. Godine 1978. puštena exponentially. A new factory specialized for the manufacturing

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Pastor Inženjering d.d. Novačka 2, 10437, Rakitje, Croatia Phone: +385 (0)1 3371 155 Fax: +385 (0)1 3370 088 URL: wwww.pastor-inz.hr

Kopnene instalacije / Land installations [email protected] Projektiranje / Design [email protected] Brodogradnja / Marine installations [email protected]