catalogo de productos 2016 - callfire.cl · extintor portatil 5 kilos dioxido de carbono ( co2 )...

Catalogo de Productos

2016

ESPECIFICACIONES TECNICAS:• Extintor portátil capacidad 1 kilo presión interna.• Polvo Químico Seco multipropósito al 40% (Fosfato Monoamonico).• Certificado Cesmec.• Para el combate de fuegos clase ABC.• Rating apague de 1 – A: 2 – B: C.

ESPECIFICACIONES TECNICAS:• Extintor portátil capacidad 2 kilos presión interna.• Polvo Químico Seco multipropósito al 40%. • Certificado Cesmec.• Para el combate de fuegos clase ABC.• Rating de apague de 2 – A: 5 – B C.• Incluye soporte.

EXTINTOR PORTATIL 1 KILO PQS




Mangueras PQS de 4 a10 kg :

Mangueras CO2 de 5 kg:

Toberas Co2 de 2 kg:

Abrazaderas:

manometros:

valvulas:

repuestos de extintores PQS y CO2

ESPECIFICACIONES TECNICAS:• Extintor portátil capacidad 2 kilos• Procedencia RPC• Dióxido de Carbono (CO²)• Certificado Cesmec• Para el combate de fuegos clase BC• Rating de apague 2 – B : C• Incluye soporte

ESPECIFICACIONES TECNICAS:• Extintor portátil capacidad 5 kilos.• Procedencia RPC.• Dióxido de Carbono (CO²).• Certificado Cesmec.• Para el combate de fuegos clase BC.• Rating de apague 2 – B : C.• Incluye soporte.

EXTINTOR PORTATIL 2 KILOS DIOXIDO DE CARBONO ( CO2 )

EXTINTOR PORTATIL 5 KILOS DIOXIDO DE CARBONO ( CO2 )

EXTINTOR PORTATIL ACETATO DE POTASIO 6 LITROSLos extintores de químicos húmedos son los mejores extintores portátiles para cocinas de restaurantes y aprobados por la nueva Clase K enlistada por la UL específicamente para accidentes de cocinas en restaurantes. Contiene una base especial de acetato de potasio, un agente de bajo PH desarrollado para el uso en sistemas de pre-ingeniería de cocinas para restaurantes. La existencia actual de aparatos de cocina más complejos y el uso de aceites no saturados, dictan el uso de extintores portátiles con mayor capacidad para combatir el fuego y el efecto de enfriamiento para combatir estos difíciles y calientes incendios.

EXTINTOR PORTATIL ACETATO DE POTASIO 10 LITROSLos extintores de químicos húmedos son los mejores extintores portátiles para cocinas de restaurantes y aprobados por la nueva Clase K enlistada por la UL específicamente para accidentes de cocinas en restaurantes. Contiene una base especial de acetato de potasio, un agente de bajo PH desarrollado para el uso en sistemas de pre-ingeniería de cocinas para restaurantes. La existencia actual de aparatos de cocina más complejos y el uso de aceites no saturados, dictan el uso de extintores portátiles con mayor capacidad para combatir el fuego y el efecto de enfriamiento para combatir estos difíciles y calientes incendios.

EXTINTOR PORTATIL ACETATO DE POTASIO 6 LITROSESPECIFICACIONES TECNICAS:Naturaleza del Agente : Espuma mecánicaNombre químico: AFFF / ARContenido porcentual nominal del compuesto activo: 3%Potencial de extinción: 2-A :10 -BContenido nominal : 6 ltsMasa aprox. cargado: 9,2 kgMasa aprox. Descargado: 3,2 kg

EXTINTOR PORTATIL ACETATO DE POTASIO 10 LITROSESPECIFICACIONES TECNICAS:Naturaleza del Agente : Espuma mecánicaNombre químico: AFFF / ARContenido porcentual nominal del compuesto activo: 3%Potencial de extinción: 4-A : 20 -BContenido nominal : 10 ltsMasa aprox. cargado: 14,2 kgMasa aprox. Descargado: 4,2 kg

RED LINE cartridge-operated fire extinguishers are the premium firefighting units preferred by safety directors worldwide in high fire-risk industries such as chemical, petro-chemical, oil and gas, mining, aviation, and power generation. Cartridge-operated means increased reliability, on-the-spot recharge, ease of servi-ce, and superior firefighting performance. Typical applications include fuel loading racks, heavy construc-tion sites, dip tanks, oil pumping stations, mining equipment, paint lockers, trucks and buses, fuel storage rooms, production lines and others. Tough, carbon steel shells resist impact, vibra-tion and corrosion; quality components stand up to years of service; and special polyester powder paints provide superior protection against cracking and chipping.

EXTINTOR PORTATIL ACETATO DE POTASIO 6 LITROS

Carro Rodante PQS 25 Kg ESPECIFICACIONES TECNICAS:Naturaleza del Agente : Polvo Químico Seco MultipropósitoNombre químico: Fosfato mono amónicoContenido porcentual nominal del compuesto activo: 90%Potencial de extinción: 40-A : 60 - B :CContenido nominal : 25 kg

Carro Rodante PQS 25 Kg

ESPECIFICACIONES TECNICAS:Naturaleza del Agente : Polvo Químico Seco MultipropósitoNombre químico: Fosfato mono amónicoContenido porcentual nominal del compuesto activo: 90%Potencial de extinción: 40-A : 80-B:CContenido nominal : 50 kgMasa aprox. cargado: 86,6 kg

ESPECIFICACIONES TECNICAS:Naturaleza del Agente : Polvo Químico Seco MultipropósitoNombre químico: Fosfato mono amónicoContenido porcentual nominal del compuesto activo: 90%Potencial de extinción: 40-A : 60 - B :CContenido nominal : 25 kgMasa aprox. cargado: 55,7 kgMasa aprox. Descargado: 30,7 kg

Carro Rodante PQS 100 KgESPECIFICACIONES TECNICAS:Naturaleza del Agente : Polvo Químico Seco MultipropósitoNombre químico: Fosfato mono amónicoContenido porcentual nominal del compuesto activo: 90%Potencial de extinción: 40 A : 160 B:CContenido nominal : 100 kgMasa aprox. cargado: 147,5 kgMasa aprox. Descargado: 47,5 kg

Carro Rodante PQS 50 Kg

ESPECIFICACIONES TECNICAS:Naturaleza del Agente : Dióxido de CarbonoNombre químico: CO2Contenido porcentual nominal del compuesto activo: 100%Potencial de extinción: 20-B :CContenido nominal : 25 kgMasa aprox. cargado: 93 kgMasa aprox. Descargado: 68 kg

Carro Rodante CO2 10 KgESPECIFICACIONES TECNICAS:Naturaleza del Agente : Dióxido de CarbonoNombre químico: CO2Contenido porcentual nominal del compuesto activo: 100%Potencial de extinción: 10-B :CContenido nominal : 10 kgMasa aprox. cargado: 37,5 kgMasa aprox. Descargado: 27,5 kg

Carro Rodante CO2 25 Kg

Carro Rodante Espuma 25 LtsESPECIFICACIONES TECNICAS:Naturaleza del Agente : Espuma MecánicaNombre químico: AFFF / ARContenido porcentual nominal del compuesto activo: 3%Potencial de extinción: 10-A : 40-BContenido nominal : 25 ltsMasa aprox. cargado: 55,4 kgMasa aprox. Descargado: 30,4 kg

Carro Rodante Espuma 50 LtsESPECIFICACIONES TECNICAS:Naturaleza del Agente : Espuma MecánicaNombre químico: AFFF / ARContenido porcentual nominal del compuesto activo: 3%Potencial de extinción: 20-A : 60-BContenido nominal : 50 ltsMasa aprox. cargado: 86,3 kgMasa aprox. Descargado: 36,3 kg

GABINETE DE RED HUMEDA70X70X30 con carrete de manguera semirígida de 1” de 25 metros con piton incluido de 3 posiciones : neto $130.000 / iva $24.700 / total $154.700

GABINETE DE RED HUMEDA70X70X30 con carrete de manguera semirígida de 1” de 30 metros con piton incluido de 3 posiciones : neto $142.000 / iva $26.980 / total $168.980

Gabinete fabricado con los más altos estándares de seguridad y Calidad, este gabinete reforzado esta diseñado para dar cuidado a su extintor, resistiendo la inclemencia del tiempo y la exposición prolongada. Su diseño lo hace visible y seguro. Puerta abatible bisagra pomel con mirilla de inspección y terminación de esmal-te termo convertible de color rojo normalizado. Cierre con llave única.

GABINETE DE EXTINTOR PQSMetálico abatible con puerta de vidrio :

GABINETE DE EXTINTOR PQSMetálico abatible con LLAVE :

Gabinete fabricado con los más altos estándares de seguridad y Calidad, este gabinete reforzado esta diseñado para dar cuidado a su extintor, resistiendo la inclemencia del tiempo y la exposición prolongada. Su diseño lo hace visible y seguro. Gabinete fijo de quiebre, incluye martillo de quiebre, soporte y cadena para su fácil manipulación. Todo el gabinete tiene una terminación de esmalte termo convertible de color rojo normalizado.

GABINETE DE EXTINTOR PQSMetálico DE QUIEBRE :

Gabinete fabricado con los más altos estándares de seguridad y Calidad, este gabinete reforzado esta diseñado para dar cuidado a su extintor, resistiendo la inclemencia del tiempo y la exposición prolongada. Su diseño lo hace visible y seguro. Puerta abatible bisagra pomel con mirilla de inspección y terminación de esmal-te termo convertible de color rojo normalizado.

GABINETE DE EXTINTOR PQSGabinete de policarbonato (CHICO)

GABINETE DE EXTINTOR CO2Gabinete de policarbonato (GRANDE)

SOPORTE MURAL TIPO LSOPORTE SIMPLE PARA EXTINTORES DE PQS Y CO2:

SOPORTE MURAL pqs 1KGmETÁLICO /PLÁSTICO /pLÁSTICO 2 KG

Soporte Metálico para extintor PQS TIPO ABRAZADERA DE 4 A 10 KG

Soporte reforzado Económico para extINTORES Pqs de 4 a 6 kg

Soporte reforzado ROJO TRADICIONAL para extINTORES Pqs de 6 a 10 kg

Uniones, tuercas. Tapas y traspasos STORZVALOR RELATIVO SEGUN LA MEDIDA (CONSULTAR EL REQUERIDO)

UNION Y BIFURCACION DE 3”PARA RED SECA:

PITON NEBLINERO PARA RED HUMEDa

PITON DE ALUMINIO TRES POSICIONES

CUBRE VOLANTE negro con insertos efecto fibra de carbono

FUNDAS CUBRE ASIENTOSpolyester - set para 5 plazas incluye 4 apoya cabezas

SISTEMA LUZ DIAconexión positiva (gris) y conexión negativa (morada)

SISTEMA LUZ DIAAlarma de retroceso 97dB- 12V / 24V / 36V

BOTIQUIN LONCHERO INCLUYE suministros básicos ante una emergencia

CHALECO REFLECTANTECUMPLE CON TODA LA NORMATIVA

CINTAS REFLECTANTESCOLORES VARIOS

KIT ANTIDERRAMES MARCA 3MPARA FAENAS MINERAS: neto $66.000 / iva $12.540 / total $ 78.540

PALA ARMABLEarticulada - abierta 24''- cerrada 9,5'': neto $9.000 / iva $1.710 / total $ 10.710

CUÑAS DE poliuretano ( PU )cuñas para camionetas:neto $36.000 / iva $6.841 / total $ 42.840

cuñas de 20 ton:neto $42.000 / iva $7.980 / total $ 49.980

cuñas de 60 ton: neto $69.000 / iva $13.110 / total $ 82.110

PORTA CUÑAS METALICASC/U: neto $11.500 / iva $2.185 / total $ 13.685

FOCOS FAENEROS

BALIZAS PARA VEHICULOS MINEROSBALIZA SYFCO AZUL Y AMBAR

CADENAS PARA NIEVESTANDART

EQUIPO MINERO, OPERACION INVIERNOSACO YUTE / frasada de polar

TENSORES PARA CADENAS

Pértiga Completa de 8 Pies con Led



Banderín Pértiga / Ampolleta Led Pértiga / Resorte Pértiga

PÉRTIGAS Y ACCESORIOS

Estrobos con grilletes 5/8 * 4 metros

TRABATUERCASVALOR RELATIVO SEGUN LA MEDIDA (CONSULTAR EL REQUERIDO):

Cono Minsafe base negra18” / 28” / 36”

18” 28” 36”

- Carrete interior importado marca Kolling, procedencia Malasia, similar modelo Angus MK-II, fabricado en lámina metálica de 1.2 mm. de espesor, compuesto de dos tapas laterales de 550 mm. de diámetro estampadas y rodonadas, sistema de grifería interna que permite el paso del agua en forma constante a través del eje sin necesidad de desenrollar la manguera.- Pintura termo convertible epóxico, 90 micras en doble capa- Color Rojo Standard- Certificación Internacional- Certificación Chilena por IDIEM- Cumple con norma RIDAAIncluye:- Manguera Semirígida de 1" x largos 25 MT ., fabricada en caucho sintético 100 % impermeable- Presión de trabajo 225 lbs- Presión de ruptura 710 lbs.- Pitón con patrón de descarga variable, posición de corte

Carrete ataque rápido Kolling

Carrete de manguera semirigida marca AyR Prieto en 1'' por 25 metros con pitón metálico de tres posiciones. Con brazo abatible en 180 grados. Conexión a red de agua por medio de manguerín. Pintura electro convertible en dos capas de color rojo. Equipo certificado por IDIEM de la Universidad de Chile de acuerdo a requerimientos de normativa del RIDDA.

Incluye:- Manguera Semirígida de 1" x largos 25 MT ., fabricada en caucho sintético 100 % impermeable-- Presión de trabajo 225 lbs- Presión de ruptura 710 lbs.- Pitón con patrón de descarga variable, posición de corte

Carrete ataque rápido Con Manguerin

Foam Proportioning & Loose EquipmentProductWilliams’ “High Head” Through-the-Pump 1500 Portable Foam System

Description: The Williams High Head Through-the-Pump 1500 Portable Foam

System was designed to turn any pumper into a foam producing device. This unit will proportion 3% foam solution up to 1500 GPM. It can work against hydrant pressure up to 50 PSI with only 150 PSI discharge pressure. This economical system is easy to use and is completely water driven; there are no pumps or parts to maintain. Can’t get the foam to the pump? Not a problem! The WTTP was designed to proportion foam from remote locations.

FEATURES:• Operates against 33% Pump Suction Pressure. (Example: Master Pressure @150 PSI, Suction Pressure @ 50 PSI)• Proportions Class “B” Foam up to 1500 GPM at 3%.• Proportions Class “B” Foam up to 750 GPM at 6%.• Positive Shut-Off on Metering Valve.• Requires no maintenance.• Portable.• Water Powered.• Remote Proportioning Capabilities.• Check Valve Prevents Water from “Back Flowing“

into Concentrate Source.

System Includes:• Base Unit with Jet Pump & Metering Valve.• 2.0” Clear Concentrate Pick-Up Hose.• 2.0” Valved Drum Stinger.

MATERIALS OF CONSTRUCTION:• Brass with Stainless Steel Trim.

Notes: 1. The following table is based on 150 psig operating pressure at the jet pump inlet.2. At 50 psi water pump inlet, maximum hose lay is 25 ft. of 3.0” hose.3. For drafting operations or pressure below 10 psi, use the 10 psi numbers shown.

ThunderStorm

AFFF/ATC

Maximum Hose Lay (ft) For Remote Proportioning Portable WATP 1500 SystemPUMP INLET PRESSURE

Solution Rate 10 PSIHOSE SIZE

20 PSIHOSE SIZE

30 PSIHOSE SIZE

40 PSIHOSE SIZE

1% 3% 6% 2.5” 3” 2.5” 3” 2.5” 3” 2.5” 3”

30 12 850 1700 625 1250 400 775 200 325

100 40 825 1675 600 1225 375 750 175 300

400 160 80 800 1625 575 1175 350 725 150 275

1000 400 200 750 1500 525 1050 325 650 125 250

2000 750 375 650 1325 475 950 300 600 100 225

4000 1500 750 525 1050 375 775 250 475 75 200

Foam Proportioning & Loose EquipmentProduct:Williams’ Pressure Reducing Valve(WPRV/3, 3P, 4 & 4P)

Description: Maintains constant pre-set inlet pressure for use in conjunc-

tion with the Williams “High Head” Through/Around The Pump (or comparable) foam systems. Allows any firewater pump to pro-duce suction side foam at virtually ANY positive inlet pressure. As such, the WPRV eliminates need for operator intervention to adjust intake gate valves due to suction pressure fluctuations as a result of changes in pump discharge flow. Thus, the added burden of assuring a maximum pump intake pressure (based on pump discharge pressure) associated with traditional suction side foam systems simply goes away.

Additional Applications:Got a CAFS or Balanced Pressure system? The WPRV can provide reduced pump inlet pressures to allow increased

engine/PTO speed to maintain higher compressor or foam pump output when operating with positive pump inlet pressures. Installed within a discharge line, the WPRV maintains a preset pressure for hand lines or ground monitors independent of higher pump discharge pressures.

Features:3 Modes of Operation:

1. AUTOMATIC – Controls pre-set pressure from 15-115 PSI2. OPEN – Full flow to rated capacity WPRV/3 — 500 GPM w/ 7 PSI drop WPRV/4 — 1500 GPM w/ 20 PSI drop3. CLOSED — Bubble tight shut off • NFPA 1901, 14-6 COMPLIANT — Exclusive WPRV pilot control also provides bubble tight shut off to comply with

NFPA 1901, 19-3.6, TIA 99-1 preventing foam solution back flow into a potable (hydrant system) water supply• PRESSURE RATINGS — 230 PSI Max. — 20 PSI Min. (Prevents reducing hydrant system pressures below 20 PSI)• INLET/OUTLET — WPRV/3: 2.5” NST; WPRV/4: 5” Storz

Options:WPRV/3 & 3P (Portable)

• “In-Truck” installation with panel mount control valve, standard 2.5” (F)NST swivel inlet w/ strainer and bleeder port • 3” (F) NST inlet w/strainer/outlet • 4” Storz inlet w/strainer/outlet WPRV/4 & 4P (Portable)• “In-Truck” installation with panel mount control valve, standard 5” Storz inlet w/strainer, adjustable intake relief,

bleeder port and mounting hardware• Inlet intake relief valve & bleeder (4P)• 4” Storz inlet w/strainer/outlet• 6” (F)NST swivel outlet for direct mounting to pump intakes• Inlet/outlet pressure gauges• Carrying handle• 5” LDH X 10’ Long with 5” Storz couplings (200 PSI operating pressure)

Materials of Construction:• WPRV/3 & 3P – Epoxy coated cast iron w/brass and stainless steel trim• WPRV/4 & 4P – Epoxy coated & anodized aluminum w/brass and stainless steel trim

Foam Proportioning & Loose EquipmentProductTank Farm Fire Fighting Foam System

Ambassador JRCP Hose Lay ComparisonFlow Rate

Solution %

Jet Size

# of Jet lays

2.0” HoseLay (ft) Time (min)



6,000 1 2 1 N/A N/A 350 1.0 750 2.7

6,000 1 1.5 2 434 1.3 1,250 6.0 2,550 17.2

6,000 3 2 3 N/A N/A 150 0.5 300 1.2

“Old Style” 2 x 6 Gun JRCP Hose Lay ComparisonFlow Rate

Solution %

Jet Size

# of Jet lays




6,000 1 2 1 N/A N/A 350 1.0 750 2.8

6,000 1 1.5 2 440 1.4 1,300 6.1 2,550 17.4

6,000 3 2 3 N/A N/A 75 0.3 150 0.6

Foam Proportioning & Loose EquipmentProduct: Jet Ratio Controllers (Jet Pumps)

Description: Utilizing a small amount of water, this high efficiency ven-

turi-type device moves foam concentrate from a remote storage location to a matched Hydro-Foam™ nozzle. This all-hydraulic system dramatically simplifies and improves the logistics of moving the high quantities of foam concentrate required to extinguish a large flammable liquid fire. Foam concentrate is delivered from the Jet Ratio Controller to a matched Hydro-Foam™ nozzle via fire hose. Depending on nozzle and hose size, as well as the percentage of foam mixed (1% or 3%), the distance between the foam supply and Hydro-Foam™ nozzle can be up to 2,500 feet.

Jet Ratio Controllers are supplied in conjunction with matched Hydro-Foam™ nozzles. Foam concentrate inlet on matched nozzle can be provided with 8 ft. of reinforced clear plastic hose with PVC shut-off valve, and/or metering valve “stinger”. This configuration allows foam concentrate to be drawn directly from a foam concentrate drum and then delivered efficiently to the nozzle via fire hose.

Jet Ratio Controllers are provided with connections at three ports, designated as “inlet,” “discharge” and “suction.” Inlet (female swivel) and discharge (rigid male) has National Hose thread (NST, NH) connections with NPT (M) connection for the concentrate inlet port. Foam concentrate inlet is furnished with standard drum kit, which consists of flexible suction hose, rigid PVC “Stinger” pipe and shutoff valve. Jet Ratio Controller body is all brass construction. “H” series jet ratio controllers are available, on special order, for elevated nozzles, or other high back pressure applications.

ThunderStorm® AFFF/ATC

Typical Schematic

Foam Proportioning & Loose Equipment

TYPICAL SCHEMATIC

NOTE: 6% APPLICATIONS AVAILABLE UPON REQUEST

ThunderStorm®

AFFF/ATC

1.5”INLET

MODEL 3% Flow Match 1% DISCHARGE “A” SUCTION “B” LENGTH “C”1.5JP24 750 GPM 2000 gpm 1.5” 1.5” 12.375”

1.5JP30 1000 GPM 2500 gpm 1.5” 1.5” 12.375”

2.0JP60 2000 GPM 5000 gpm 2.5” 2” 15.5”

Foam Proportioning & Loose EquipmentProduct: 95 gpm Liquid Eductor

Description: The Elkhart 242-95 Eductor is a device used for educt-

ing a liquid concentrate solution into the water stream of 1-1/2” coupled �re hose lines.

The Eductor is constructed of Armor-Lyte ™ composite material with stainless steel components for resilience and durability. Armor-Lyte ™ is impervious to the corrosion caused by high concentrate detergents, salt water and most chemicals.

Each eductor comes equipped with a 1-1/2” “F” NH female swivel connector input, a 1-1/2” “M” NH male outlet and a 3/4” male Garden Hose Thread inlet for the concen-trate pick-up hose.

The 242-95 Eductor is factory calibrated for pump �ow rates of 95gpm (356 lt/m). The Eductor comes complete with three di�erent checkvalves for three di�erent concentrate eduction rates. When attached, the Black checkvalve will educt at a 0.5% rate, the Purple checkvalve will educt at a 1% rate and the Green checkvalve is for educting at a 3% rate.

.wercsnu dna spirg esiv ro sreilp htiw ydob evlavkcehc eht psarg yltneg ,tinu rotcude eht no sevlavkcehc hctiws oTCarefully screw alternate checkvalve into eductor body, thread to “hand-tight”. There is no need to over tighten.

The 242-95 Eductor can be used as either an “End-of-the-Line” or as a “Pump Mounted” System. The eductor is designed for a nominal operating pressure of between 75 and 150 psi. If proportioning 3%, the 242-95s are restricted to a maximum

1.50”ID �re hose goes to 200 feet when used with a 95+gpm nozzle.

The Eductor comes complete with three different checkvalves for three different concentrate eduction rates.

*Armor-Lyte™ is a registered trademark of Williams Fire and Hazard Control, Inc®

Foam Proportioning & Loose EquipmentProduct: Spectrum Inline Eductors

Description: Spectrum Inline Foam Eductors provide the simplest and

most economical method of introducing a controlled flow of foam concentrate into a pressurized water stream. As opposed to “Hydro-Foam™ Technology”, (which is used in conjunction with master stream nozzles) these “Venturi-Type” foam proportioners are designed to be used in conjunction with a matched constant flow end-of-line device (nozzle), where adequate water pressure is available. Inline foam eductors are capable of operating at inlet pressures as low as 70 psi, but in most cases adequate residual fire fighting pressure at the nozzle requires that the eductor inlet pres-sure be at least 100 psi, or greater.

Spectrum Inline Eductors are rated to flow 60, 95, or 125 gpm @ 150 psi inlet. Nominal flow rates at other inlet pres-sures are listed below. Eductor outlet pressure is approximately 65% of inlet pressure. Eductor components, including body, venturi jet and metering orifice are constructed of corrosion-resistant brass.

Standard water inlet - NH (F) swivel. Foam solution discharge - NH (M). Complete with clear pvc concentrate pick-up hose with slotted brass “stinger”; 1% or 3% fixed orifice; ball check valve.

RIGID

Model Nominal Flow@100 PSI

Nominal Flow@125 PSI

Nominal@150 PSI

Proportioning

1.5” -60 gpm 49 gpm 55 gpm 60 gpm 1% or 3%

1.5” -95 gpm 78 gpm 87 gpm 95 gpm 1% or 3%

1.5” -125 gpm 102 gpm 114 gpm 125 gpm 1% or 3%

Foam Proportioning & Loose EquipmentProduct: Spectrum “Double Action” By-Pass Eductor

Description: The Spectrum “Double Action” By-Pass Foam Eductor pro-

vides the versatility of a full-flow water by-pass foam proportioner in conjunction with the simplicity and reduced weight of a stan-dard, single waterway inline eductor. This specialty by-pass type foam venturi transforms any 1.5” handline into a foam proportion-ing system. Three flow rates are available: 60 gpm; 95 gpm; 125 gpm. Flows are based on 200 psi inlet pressure. The eductor will proportion foam at lower inlet pressures, provided that discharge pressure is not excessive. Positive shut-off metering allows foam proportioning to be adjusted and set from 0.5% to 3%. Body is constructed of durable 6061 - T6 (black) anodized aluminum.

In operation, foam is produced by simply installing the system in the hose line, emersing the concentrate pickup tube into an adequate supply of ThunderStorm® AFFF foam concentrate and adjusting the eductor to the “foam” position. When foam application is no longer needed, there is no need to remove the eductor for application of water only. This conversion is easily accomplished by simply rotating the foam control sleeve to the “water” setting. The result is an enlarged waterway which allows for water only application.

Other Features Include:• Positive Shutoff Metering Valve.• Integral Concentrate Ball Check Valve.• Clear Plastic Concentrate Pick Up Hose with Rigid “Stinger”.• Lightweight, Compact Design (4 lbs., nominal).

Double Action Eductor

Nominal Flow@200 PSi

K-Factor Inlet Discharge ProportioningRange

60 gpm 60 gpm 4.25 1.5 NH (F) Swivel 1.5” NH (M) 0.5%-6%



“PKW™” Dry Chemical Delivery Manifold —Typical Layouts

Hydro-Chem™ TechnologyManifolds for Hydro-Chem™ Systems

Dry Chemical Manifiold - 4 Inlets

Dry Chemical Manifiold - 6 Inlets

Hydro-Chem™ TechnologyTypical Hose Lay For Hydro-Chem™ Trailer mount Systems

1000 GPM Hose Layout

Patriot II Hose Layout

MonitorsProduct: Daspit Tool™

Features:Patented “Daspit Tool” tank frame clamp with 5” vertical waterway“Daspit Tool” Specialty Flange Monitor Adapter“Daspit Tool” Rotator Elbow with Storz inlet and 4.5” (F) NH swivel adapter

Component Weights:Daspit Tool™ Tank Clamp = 89 lbs

Accessory Component Weights:90˚ Aluminum Rotator Elbow - 4.5” (F) NH Swivel x 5” Storz = 22 lbs 30˚ Aluminum Rotator Elbow - 4.5” (F) NH

Swivel Elbow x 5” Storz = 9 lbs4” Aluminum Tiller Bar Monitor w/ 4.5” (F) NH Swivel inlet = 43 lbs4” Aluminum Dual Hand Wheel Monitor - 4.5” (F) NH Swivel inlet = 50 lbsRanger™ 1.5 Nozzle = 22 lbs

Applications:Sunken roofRim Seal fireVapor Suppression/Mitigation

Options:3” Aluminum Waterway Monitor w/Tiller Bar Control250-1,000 gpm Automatic Nozzle4” Aluminum Waterway Monitor w/Dual Hand Wheel Control500-2,000 gpm Automatic Nozzle Rim Mounted ModelTruck Mounted Model“Throw-Down” ModelTank Mount Standard Unit

For US and Foreign Patent and Trademark information, please refer to page IP2

MonitorsProduct: Daspit Tool - Truck Mount™


MonitorsProduct: Daspit Tool™ - Throw Down Model

Component Weights:Daspit™ Tool Throw Down Mount = 113 lbs8 Stabilizing stakes = 64 lbs


47.875”

MonitorsProduct: Alpha MA-HV4 Monitor

Description: Rugged lightweight aluminum construction 4” ID full flow monitor with “Quick Acting” Tiller-Bar control for vertical

and horizontal movement. Red powder coat anodized aluminum. The single 4” full-flow waterway with internal turning vanes is designed to provide maximum efficiency. The “Easy-Lock” brake system insures that the nozzle position “stays put” with the simple twist of an ergonomically designed locking bar. Monitor features a 3.50” (M) NH outlet and a 4.0” 150# ASA flat-faced flange inlet. Horizontal articulation is 360˚ and vertical travel is 75˚ up and -25˚ down.

MonitorsProduct: Alpha-E Tiller Bar Montior - 3”

Description:Rugged, corrosion resistant brass construction; unique con�guration �ows up to 1250 gpm; compact - just 16” high; 3”

NPT female, 3” or 4” 150# ANSI �ange; vertical movement 90 degrees above horizontal to 45 degrees below; full, continuous 360 degree rotation; rugged, stainless steel lock hardware; brass balls in all swivel joints; grease �ttings for easy lubricaion; durable acrylic urethane �nish

Alpha-E Tiller Bar Monitor

Waterway Inlet Discharge Material Vertical Travel Horizontal Rotation

3” 3”-4” Flanged 2.5” NH(M) Cast Brass 90º 360º

MonitorsProduct: “SharpShooter Four” Tiller Bar -4”

Description: Superior grade 4” I.D. waterway monitor with tiller bar

control for vertical and horizontal movement. Designed for use in corrosive atmospheres that require the dependability and durability of an all brass monitor. Single waterway with turning vanes providing excellent projection for water or foam streams. Flows up to 1,500 gpm.

Tiller bar control with brake band swivels, adjusts, then locks at the vertical and horizontal position. Vertical setting is from minus (-) 10º to plus (+)70º. Full 360 degree hori-zontal travel. Painted red polyurethane �nish. 3.5”NH (M) discharge threads. Base -4” 150 # ASA �ange.

SharpshooterFour


4” 4” Flange 3.5” NH(M) Cast Brass 80º 360º

MonitorsProduct: “SharpShooter Four” Dual Handwheel -4”

Description: Superior grade 4” I.D. waterway monitor with dual handwheel/worm

gear operation for vertical and horizontal movement. The ultimate monitor for portable applications or for �xed installations where precise and posi-tive control are needed. Designed for use in corrosive atmospheres that require the dependability and durability of an all brass monitor. Single waterway with turning vanes providing excellent projection for water or foam streams. Flows up to 1,500 gpm.

.º09)+( sulp ot º01 )-( sunim morf yrotcejart stsujda leehwdnah lacitreVHorizontal handwheel allows for full 360º rotation. Painted red polyure-thane. 3.5”NH (M) discharge threads. Base -4” 150 # ASA �ange.

SharpshooterFour


4” 4” Flange 3.5” NH(M)Flange Cast Brass 100º 360º

MonitorsProduct: Alpha-SHW Single HandWheel Monitor - 3”

Description: Rugged, cast brass construction • Full 3.0” unobstructed waterway • FLows up to 1250 GPM • Handwheel driven worm

gear fully enclosed and protected from the elements • Stainless steel worm • Vertical travel from 70˚ above to 70˚ below horizontal • Gear holds vertical position wherever it is stopped • Four ball races with bronze balls and grease zerks for easy lubrication • Full 360˚ rotation with positive twist lock • 2.5” male outlet • FM Approved • See chart for base options • Finish red urethene enamel.

Model Waterway Inlet Discharge Material Vertical Travel Horizontal Rotation

Alpha-SHW 3” 3” or 4” Flange 2.5” NH(M) Cast Brass 90º 360º

MonitorsProduct: Spectrum “Mini- Monitor” -2”

Description: Designed for use in corrosive atmospheres that require the

dependability of an all brass monitor. Suitable for most industrial environments. Flows up to 300 gpm @ 100 psi. Full 2” I.D. water-way, efficiently designed to minimize pressure drop. 2” NPT female inlet base, 1.5” NH male discharge tip. Tiller bar control handle with rubber grip. Vertical (110º) and horizontal (360º) adjustments with positive quarter-turn locking handles. Natural brass finish.

Model Waterway Inlet Discharge Material Vertical Travel Horizontal Rotation

Mini Monitor 2” 2”NPT (F) 1.5” NH(M) Cast Brass 110º 360º

Oscillating MonitorsProduct: Spectrum High Flow Model 4 Oscillating Monitor Tiller Bar Control

Description: For flows between 750 - 1500 gpm. Spectrum High Flow Model

4 water-powered oscillating monitor is constructed of predominantly corrosion-resistant materials. Cast brass monitor body with stain-less steel trim. 4” I.D. waterway with turning vanes. Controls pro-vided for adjusting vertical trajectory as well as horizontal position. Reciprocating motion is generated by a two-way high performance hydraulic actuator. Oscillation is accomplished through the use of plated sprockets and a heavy duty drive chain. Standard arc of oscil-lation is from 0-90˚ and speed of oscillation is from 0-40˚ per second. Vertical trajectory is from minus (-)10˚ to plus (+)70˚. Standard inlet flange - 4” 150# ASA RF Flange. Monitor is to be used with either a non air-aspirating or air-aspirating nozzle. Standard 3.5” NH (M) discharge. Oscillating mechanism is Factory Mutual Approved - File No. J.I.1R6A3.AF.

* Minimum operating pressure = 50 psi

(Nozzle shown for reference only)

Model Flow @ 100 PSI Inlet Discharge Water I.D.

High Flow Model 4 Tiller Bar Control

Between 750-1400 gpm 4” 150# ASA RF flange 3.5” NH (M) 4”

Oscillating MonitorsProduct: Spectrum Medium Flow Model 4 Oscillating Monitor

Description: For flows between 150-750 gpm. Spectrum Medium Flow

Model 4 low profile water-powered oscillating monitor features a super-compact design, as well as predominantly corrosion resistant materials of construction. Reciprocating motion is generated by a two way high performance hydraulic actuator. Oscillation is accom-plished through the use of plated sprockets and a heavy duty drive chain. Arc of oscillation is from 0-185º and speed of oscillation is from 0-40º per second. Nozzle elevation is from 10º below to 70º above horizontal. Single brass 3” I.D. waterway with turning vanes provided with positive horizontal and vertical locks. Standard inlet flange - 4” 150# ASA RF Flange. Monitor can be used with either a non air-aspirating or air aspirating nozzle. Oscillating mechanism is Factory Mutual Approved - File No. J.I.1R6A3.AF.




Medium Flow Model 4 Between 150-750 gpm 4” 150# ASA RF flange 2.5” NH (M) 3”

Oscillating MonitorsProduct: Spectrum Marine Grade Model 4 Oscillating Monitor

Description: For flows between 150-750 gpm. Spectrum Marine Grade Model 4 low profile water-powered oscillating monitor fea-

tures a super-compact design, as well as construction of totally corrosion resistant materials to include inlet flange, enclosure and drive mechanism, sprocket and chain — all manufactured in 316 Stainless Steel. Reciprocating motion is generated by a two way high performance hydraulic actuator. Oscillation is accomplished through the use of plated sprockets and a heavy duty drive chain. Arc of oscillation is from 0-185º and speed of oscillation is from 0-40º per second. Nozzle elevation is from 10º below to 70º above horizontal. Single brass 3” I.D. waterway with turning vanes provided with positive horizontal and vertical locks. Standard inlet flange - 4” 150# ASA RF Flange. Monitor can be used with either a non air-aspirating or air aspirating nozzle. Oscillating mechanism is Factory Mutual Approved - File No. J.I.1R6A3.AF.



Marine Grade Model 4

Between 150-750 gpm 4” 150# ASA RF flange 2.5” NH (M) 3”

Oscillating MonitorsProduct: Spectrum Low Flow Model 4 Oscillating Monitor

Description: For flows between 100-350 gpm. Spectrum Low Flow Model 4 low

profile water-powered oscillating monitor features a super-compact design, as well as corrosion resistant materials of construction. Reciprocating

.rotautca ciluardyh ecnamrofrep hgih yaw-owt a yb detareneg si noitomOscillation is accomplished through the use of plated sprockets and a heavy duty drive chain. Arc of oscillation is from 0-185º and speed of oscillation is from 0-40º per second. Nozzle elevation is from 30º below to 80º above horizontal. Single brass 2” I.D. waterway. Provided with positive horizontal and vertical locks. Standard inlet flange -4” 150#. Monitor can be used with either a non air-aspirating or air-aspirating nozzle. Oscillating mechanism is Factory Mutual Approved - File No. J.I.1R6A3.AF.




Low Flow Model 4 Between 100 - 350 gpm 4” 150# ASA RF flange 1.5” NH(M) 2”

Oscillating MonitorsProduct: “Durham” Oscillating Monitor Conversion Kit

Description: The Durham Conversion Kit transforms an existing manual sta-

tion monitor into an oscillator. Designed for use with most 2.5” or 3” I.D. single waterway monitors, flowing up to 750 gpm. Upgrading foam or water monitor coverage in any area is now as easy as unbolt-ing the existing monitor and inserting the conversion kit between the flanges. Oscillating mechanism is identical to the one used on the Spectrum Model 4 Oscillating Monitor and is Factory Mutual Approved - File No. J.I.1R6A3.AF. Standard inlet and discharge flange is -4” ASA RF Flange 150#. Optional inlet and discharge flanges available upon request.

Model Flow @ 100 PSI Inlet Discharge Water I.D.Durham

Conversion Kit up to 750 gpm 4” 150# ASA RF flange 4” 150# ASA RF flange 2.5” or 3”

Remote Control MonitorsProduct: Spectrum Direct-Mounted Electric Actuated Monitor

Description: Flows water or foam from 500 to 6,000 gpm. The Spectrum Direct-Mounted

Electric Actuated High Volume/Remote Control Monitor has a programmable oscillation capability, but may also be overridden with a matched Hydro-Foam™ nozzle operated remotely through the use of a joystick and switches on a consoli-dated control panel. Manual operation can also be accomplished locally through the use of handwheels. Foam concentrate can be proportioned at the nozzle through the use of a jet ratio controller and atmospheric concentrate storage tank. All electric actuators are reversible, NEMA 7 explosion proof, refinery grade, F.M. Approved and C.S.A. certified. No external controls, starters, or starters in

.deriuqer era srotcudnoc lortnoc dna rewop ylnO .dedeen era retnec lortnoc rotomMonitor can be programmed to “return to home” position (horizontal, vertical, nozzle to wide angle fog) after use, automatically, whether P.L.C. controlled or hard wired.

Two direct mounted electric actuators with speed reducing gear drives installed on the motor enable remote control of horizontal position, as well as vertical trajectory. Field-adjustable limit switches on each actuator allow 340º horizontal rotation and from minus (-)70º to plus (+)70º vertical travel. Monitor traversing speed is a least 10º per second. A third direct-mounted electric actuator enables remote operation for the nozzle’s discharge pattern, from wide fog to straight stream.

Weather protective cowlings are provided over all gears and shafts. Monitor and controls are designed for minus (-)20º F operation. Maximum working pressure is 200 psi.

Stainless Steel monitor (waterway) with red epoxy finish. Includes lifting lug for handling and mounting. Stainless steel 06/3/084 si egatlov rotom dradnatS .tfahs ssarb detalp lekciN .sraeg eznorb/leetS .sgniraeb llab leets sselniats htiw sleviws

Standard Control voltages is 120 Vac. Other voltages are available when required.

Model Nominal flow range Inlet Pressure Drop4” Waterway Monitor 500-1500 gpm 4” flange @ 1500 gpm-9 psi

6” Waterway Monitor 1500-3000 gpm 6” flange @ 3000 gpm-7 psi


Remote Control Monitors

Spectrum Direct-MountedElectric Actuated Monitor

Remote Control MonitorsProduct: Spectrum Electro/Hydraulic Actuated Monitors

Description: Flows water or foam from 500 to 3,000 gpm. The Spectrum Electro/

Hydraulic High Volume/Remote Control Monitor is operated remotely through the use of a joystick and switches on a consolidated control panel. Manual opera-tion can also be accomplished locally through the use of handwheels.

Two hydraulic actuators installed on the monitor enable remote control of horizontal position, as well as vertical trajectory. Maximum travel is limited to 340 degrees horizontal travel and from minus (-)70 degree to plus (+)70 degree vertical travel. Monitor traversing speed is at least 8 degrees per second. A direct-mounted linear hydraulic actuator enables remote operation for the nozzle’s discharge pattern, from wide fog to straight stream. Weather protective cowlings are provided over all gears and shafts.

.elzzon maerts thgiarts-ot-gof gnitaripsa ria non dradnats a htiw deppiuqEWith a matched Hydro-Foam™ nozzle, foam concentrate can be proportioned at the nozzle through the use of a jet ratio controller and atmospheric concentrate storage tank.

Stainless steel monitor (waterway) with red epoxy finish. Includes lifting lug for handling and mounting. Stainless steel swivels with stainless steel ball bearings. Steel/bronze gears. Nickel plated brass shaft. Anodized aluminum fog/straight stream nozzle.

Model Nominal flow range @ 100 psi Inlet Pressure Drop



Remote Control Monitors

Spectrum Electro/HydraulicActuated Monitor

Monitor AccessoriesProduct: Hydrant Monitor Stand

Description: For mounting monitor station (Hydro-Foam™ or water only)

onto any fire hydrant. Standard configuration: water inlet is 2.5” NH(F) brass swivel; 3” waterway with 90 degree elbow; bolted ver-tical support stanchions; flanged discharge (specify either 3” or 4” 150# ASA). Red polyurethane finish.

Monitor Stand shown with Hydrant and Optional Monitor and Nozzle. Note: hydrant not included.

Ranger3™ NozzleProduct:Ranger3™ Monitor/Nozzle

The Ranger3™, featuring “Smart Nozzle” Technology, was designed for today’s Industrial fire fighting and protection needs. Hazards involving flammable liquids in storage and liquids under pressure have met their match with the New Millennium Equipment from Williams Fire & Hazard Control, Inc®.

The Ranger3™ nozzle combination is capable of not only self-educting foam concentrate, but can do so while maintaining a nearly constant pressure (+/-10%) and a constant foam percentage (1% or 3% selectable) regardless of the flow rate. Discharge flow rates from 1000-3000 USGPM (3800-11356 LPM) can be water only, Hydro-Foam™ (using jet pumps or automatic constant/selectable metering) or Hydro-Chem™ for extinguishing liquids and gases under pressure.

Advancing the Fire Fighter’s Ability with Equipment and Knowledge.

This “Hybrid” nozzle has the unique capability to perform as an automatic pressure or fixed gallonage nozzle. During automatic operation the nozzle will respond to varying flows to maintain a nearly constant tip pressure, thus maximizing effec-tive range for a given discharge flow. Once the nozzle reaches the fixed gallonage set point (1000-3000 GPM), it performs as a conventional fixed gallonage nozzle. This is desirable for foam proportioning operations on storage tank fires or other hazards requiring specific application rates. This nozzle is capable of Hydro-Foam™ proportioning at rates up to 3000 GPM @ 3%. It can automatically maintain a nearly constant foam percentage (1% or 3%) throughout the entire flow range while self-educting. It can optionally be configured to proportion foam from remote locations using jet pump technology (thus for-feiting the constant/selectable metering feature). The extensive Ranger3™ options list allows this nozzle to be Hydro-Chem™ capable (without Hydro-Foam™ capability) with PKW™ flow rates from 25 lbs/s to 50 lbs/s. Pattern control from straight stream to full fog is accomplished via a full wrap-around handle attached to the outer sleeve.

*See Williams’ Nozzle Range Chart on page D5


Standard Features List:Dual Mode Automatic/Fixed OperationFixed Gallonage plugs: 1K, 2K, 3KHydro-Foam™ Constant/Selectable 1% or 3% NozzleWrap-around handle design for pattern control

Options:Hydro-Chem™ Tip conversionChoke tubes (25 and 50 lbs/s)Dry chemical manifolds (4 inlet or 7 inlet)1.5JP30 Jet Pump w/stinger (one)2.0JP60 Jet Pump w/stinger (one)2.5” x 10�� Dry Chemical Hose3-2.5” FNST x 3.0” MNPSH Siamese (Jet to Monitor Supply)1-2.5” FNST x 3-1.5” MNST Wye (Jet Pump Supply)

Hydro-Foam™ NozzlesProduct: Ranger Lightning

Description: Ranger Lightning is the latest in a series of innovative lightweight Hydro-Foam™, self-contained foam systems as de�ned by NFPA standard 1901, Section A-8-3.22.

This rugged design is the �rst in a series of master stream nozzles to feature Williams Fire & Hazard Control’s Armor-Lyte™ construction.

Armor-Lyte™ is a composite of lightweight, non-corrosive materials that provide years of trouble-free service.

Features • Self-educts foam concentrate directly from an atmospheric source.• Selectable gallonage with matched foam proportioning of 1% and 3% at 350, 500, or 750 gpm at 100 psi operating

pressure.• Flush setting as recommended per NFPA 1964.• Change flow rate, proportion rate, or flush without the need to

shutdown.• Positive lock feature for rate selection!• Self-contained internal stream straightner to maximize range!• T-handle for pattern control for full fog to straight stream.• Complete unit weighs only 6 lbs!• 1.00” MNPT foam inlet port.• 2.50” FNST Swivel inlet connection.

Options• Available in Hydro-Chem and Master Stream (water only) versions.• Actuated pattern control in 12vdc, 24vdc, pneumatic, or hydraulic.• Nickel-plated brass swivel inlet.• Nozzles available at: .5% & 1% proportioning selections

Special inlet threads available upon request.

Selectable gallonage with matched foam proportioning of 1% and 3%

Inlet view

Hydro-Foam™ NozzlesProduct: HF Ranger™ “Select” - Automatic/Constant MeteringFoam Nozzle

Description: Introducing the most advanced foam fire fighting nozzle ever made! The

Hydro-Foam™ Ranger™ “Select” Nozzle combines the effective range of an automatic nozzle, while incorporating the exclusive combination of self educting/selectable “constant metering” foam proportioning. It is capable of accurate foam proportioning (Selectable 1% or 3%) over a broad range of flows (250 - 1500 gpm), while maintaining automatic control of tip pressure (100 psi +/- 10%) over the entire flow range. This constant nozzle pressure capability maximizes the effective discharge reach for any given flow. The discharge pattern is adjustable from full fog to straight stream. Constructed of anodized aluminum with “wrap around” control handle and protective rubber bumper. Water inlet is available in nickel plated brass as an option. Manually operated nozzle is available with automatic controls: 12v; 24v; or hydraulic.

Options:• 2.5” or 3.5” swivel• Nickel plated brass swivel• 12v, 24v or hydraulic pattern activation

*Refer to page D14 for complete part# and ordering informationFor US and Foreign Patent and Trademark information, please refer to page IP2

ModelRanger™ Hydro-Foam™

Ranger™ HFR 1.0 M 2.5* Ranger™ HFR 1.5 M 3.5*

Water Inlet * 2.5” (F) NH Swivel 3.5” (F) NH Swivel

Foam Concentrate Inlet *1.50 M/NPTw/1.5” x 8� Flexible PickupHose & 1.5” Rigid PVCDrum “Stinger”

2.00 (M) NPT w/2” x 8� Flexible PickupHose & 1.5” Rigid PVCDrum “Stinger”

Foam/Water Flow(@ 100 psi) 250-1000 gpm 250-1500 gpm

Proportioning(Selectable) 1% or 3% 1% or 3%

Application Class “B” Liquid Fires

Hydro-Foam™ NozzlesProduct: Constant Flow Ranger™ 750, 1000, 1250 & 1500 GPM

Description: Water powered nozzle system that proportions and delivers either water

or foam to the hazard area. Fully adjustable from straight stream to full fog. Constructed of hard anodized aluminum alloy with stainless steel trim. Water inlet is available in nickel plated brass as an option. Nozzle is supplied with flexible 8 ft. pick-up hose with 1.5” rigid pvc drum “stinger”. Built in select feature provides proportioning at either 1% or 3%. Fixed foam proportioning may be proportioned directly from atmospheric source. Manually operated nozzle is also available with automatic controls: 12v; 24v; or hydraulic. Optional “Jet Pump” is available for remote proportioning.


Fixed Ranger™750

Fixed Ranger™1000

Fixed Ranger™1250

Fixed Ranger™1500

Nominal Flow @100psi

750 gpm 1000 gpm 1250 gpm 1500 gpm

K-Factor 75 100 125 150

Nominal Range @ 100psi(straight stream)

215 ft. 250 ft. 260 ft. 275 ft.

Water inlet standard 2.5”NH (F) 2.5”NH (F) 3.5”NH (F) 3.5”NH (F)

Concentrate Inlet 1.5” NPT(M) 1.5” NPT(M) 2” NPT(M) 2” NPT(M)

Proportioning without jet

1% / 3% 1% / 3% 1% / 3% 1% / 3%

Monitor Foam Nozzles, Air AspiratingProduct: Hydro-Air Foam Monitor Nozzles, Medium (Not shown)& Big Body

Description: Exclusive super-compact, air aspirating foam nozzle with adjustable stream

from full fog to straight stream! Has the appearance of a standard fog/straight stream monitor nozzle, yet the “Hydro-Air” venturi provides foam expansion ratios of up to 6:1 by actually inducting air into the center of the master stream. Medium Body Nozzles are available in lightweight anodized aluminum. Standard flow rates from 350 to 1500 gpm at 100 psi. As an option, nozzles can be factory modi-fied to flow from 200 to 1500 gpm at specific inlet pressures.

*Refer to page D14 for complete part# and ordering informationFor US and Foreign Patent and Trademark information, please refer to page IP

Air Inlet

Foam Inlet(F) NH Swivel

Big Body “Ranger™”Hydro-Air Nozzle

750-1500 GPM

Medium BodyHA-350

Medium BodyHA-500

Medium BodyHA-700

Big BodyHA-1000*

Big BodyHA-1250

Big BodyHA-1500*

Flow @100 psi 350 500 700 1,000 1,250 1,500

Standard inlet 2.5”NH(F) 2.5”NH(F) 2.5”NH(F) 2.5” or 3.5” 2.5” or 3.5” 2.5” or 3.5”

Material Brass Brass Brass Aluminum Aluminum Aluminum

Monitor NozzlesProduct: Ranger™ Automatic - Master Stream Nozzle

Description: The Ranger™ Automatic Master Stream Nozzle is made for use

on monitors, ladder pipes, deluge guns and aerial platforms. This noz-zle’s uniquely-designed constant-pressure feature assures maximum effective reach for either water or foam/water solution. The tip pres-sure is automatically controlled to maintain a constant pressure (100 psi +/- 10%) over the nozzle flow range, which is from 250 gpm to 1,500 gpm. (Other maximum flow stops available). The nozzle pattern is adjustable from full fog to straight stream. Constructed of anodized aluminum with exclusive “wrap-around” control handle and protec-tive bumper. Water/foam solution inlet is available in nickel plated brass as an option. Nozzle is used in conjunction with an independent foam proportioning system when applicable. Manually operated nozzle is also avail-able with automatic controls: 12v; 24v; or hydraulic.


Model Nozzle PatternControl

Solution Inlet* Solution Rate(GPM)

Material ofConstruction

MSR1.O M 2.5 Manual 2.5” 250-1,000 Anodized Alum.

MSR1.5 M 3.5 Manual 3.5” 250-1,500 Anodized Alum.

MSR1.O A 2.5 12 vdc electric 2.5” 250-1,000 Anodized Alum.

MSR1.5 A 3.5 12 vdc electric 3.5” 250-1,500 Anodized Alum.

MSR1.O B 2.5 24 vdc electric 2.5” 250-1,000 Anodized Alum.

MSR1.5 B 3.5 24 vdc electric 3.5” 250-1,500 Anodized Alum.

MSR1.O H 2.5 Hydraulic 2.5” 250-1,000 Anodized Alum.

MSR1.5 H 3.5 Hydraulic 3.5” 250-1,500 Anodized Alum.

Hydro-Chem™ TechnologyThe most effective method for extinguishing large pressure and flowing fuel fires.*

By using foam solution as the means to propel, Hydro-Chem™ Systems project dry chemical approximately three to four times farther than that of conventional dry chemical equipment. Hydro-Chem™ technology gives the firefighter a safer and more efficient integrated system of delivering dry chemical onto large pressure and flowing fuel fires.

In operation, ground fires are extinguished using foam only. The foam solution applied then “ties-up” or harnesses the three dimensional fire, greatly reducing flame intensity. After this reduction in heat, dry chemical is then injected into the foam stream, resulting in a more proficient extinguishment of the fire. Each system is used in conjunction with customer-provided dry chemical storage equipment.

*Not normally intended for use on liquefied petroleum gas fires.

For US and Foreign Patent and Trademark information, please refIP2

Hydro-Chem™ NozzleProduct:HC Ranger™-Automatic Hydro-Chem™ Nozzle

Description: The Hydro-Chem™ Ranger™ Nozzle combines the effective range

of an automatic nozzle, while incorporating the dry chemical/foam solu-tion delivery capabilities of Hydro-Chem™ Technology. Designed to extinguish three dimensional and oxygenated fuel fires. This unique nozzle projects dry chemical (@ 20 lbs./sec.) through the center of the foam/water stream, resulting in an effective range not possible with con-ventional dry chemical equipment. The constant pressure feature assures maximum effective reach of the foam/water solution. The tip pressure is automatically controlled to maintain a constant pressure (100 psi +/- 10%) over the nozzle flow range, which is from 250 gpm to 1,500

.maerts thgiarts ot gof lluf morf elbatsujda si nrettap egrahcsid ehT .mpgConstructed of anodized aluminum, with “wrap-around” control handle and protective rubber bumper. Foam solution/water inlet is available in nickel plated brass as an option. Nozzle is used in conjunction with an indepen-dent foam proportioning and dry chemical delivery system.

*Refer to page D14 for complete part# and ordering informationFor US and Foreign Patent and Trademark information, please refer to page IP2

Basic Model# * Nozzle Pattern Control

Water Solution Inlet* Solution Rate (GPM) Material of Construction

HCR1.O M 2.5 Manual 2.5” 250-1,000 Anodized Alum.

HCR1.5 M 3.5 Manual 3.5” 250-1,500 Anodized Alum.

HCR1.O A 2.5 12 vdc electric 2.5” 250-1,000 Anodized Alum.

HCR1.5 A 3.5 12 vdc electric 3.5” 250-1,500 Anodized Alum.

HCR1.O B 2.5 24 vdc electric 2.5” 250-1,000 Anodized Alum.

HCR1.5 B 3.5 24 vdc electric 3.5” 250-1,500 Anodized Alum.

HCR1.O H 2.5 Hydraulic 2.5” 250-1,000 Anodized Alum.

HCR1.5 H 3.5 Hydraulic 3.5” 250-1,500 Anodized Alum.

Hydro-Chem™ NozzlesProduct: Handgun Hydro-Chem™ Variable Flow Nozzle

Description: Dual-agent pistol grip handline nozzle incorporates a foam solu-

tion or water application with simultaneous Hydro-Chem™ Technology which projects dry chemical through the center of the foam/water stream to achieve ranges not possible with conventional equipment. Used in con-junction with a separate foam proportioning system.

The foam/water stream is adjustable from full fog to straight stream. Collar mounted ring adjustment allows quick selection of 60, 95 or 125 gpm flow rates — also features a flush setting. The nozzle features sepa-rate flow valves for water/foam and dry chemical operations. Constructed of hard anodized aluminum alloy. Total nozzle weight 7 lbs.

Options Include:Three inlet valved dry chemical inlet manifold (not shown); flat lay

dry chemical inlet hose, 1.5” x 50’, coupled 1.5 (M) NH; “cross-over” adapter (for Ansul 350 lb wheeled unit) 1.25” (F) NPSH X 1.5” (M) NH

NOTE: 1.0” NH (F) Swivel connections also available for water/foam and dry chemical

* Varies depending on dry chemical delivery system and length of hose lay


Part # HCHG-SWater/Foam Flow 60, 95, 125 gpm

Dry Chemical Flow* 5, 7.5, 10 lbs / sec

Water/Foam Solution Inlet NH (F)

1.5” Swivel NH (F)

Dry Chemical Inlet 1.5” Swivel NH (F)

R - - - -VERSION: HF - Hydro-Foam™ HC - Hydro-Chem™ (1.5” (F)NPT CHEMICAL INLET STD.) MS - MASTER STREAM

FLOW RANGE: 1.0 250-1000 USGPM - Automatic 1.5 250-1500 USGPM - Automatic X Special - Fixed Flow or Automatic (Requires Engineering Approval - Specify As Option)

PROPORTIONING METHOD: N None (Required for HC & MS Versions) F Fixed Rate (HF Only) S Selectable Rate (HF Only) J Jet Pump (HF Only - Requires Engineering Approval - Limited to 750 GPM for 3% Proportioning)

PROPORTIONING RATE: 0 None (Required for HC & MS Versions) .5 .5% (Fixed Only) (1” MNPT Foam Inlet Std) 1 1% (Fixed), .5% (Selectable) (1.5” MNPT Foam Inlet Std) 3 3% (Fixed), 1-3% (Selectable) (2” MNPT Foam Inlet Std) X Special (Requires Engineering Approval)

PATTERN CONTROL: M Manual A 12VDC Actuated B 24VDC Actuated H Hydraulic X Special

INLET CONNECTIONS: 2.5 2.5” FNST (Standard on 1.0 Flow Range) 3.5 3.5” FNST (Standard on 1.5 Flow Range) 64 64MM (2.5”) FBSP 89 89MM (3.5”) FBSP X Special (Requires Engineering Approval)

OPTIONS: 0 None 1 90˚ Swivel w/1.5” FNPT Foam/Chemical Inlet Port (Not recommended for HF1.5) 2 90˚ Swivel w/1.5” FNST Swivel Foam/Chemical Inlet Port (Not recommended for HF1.5) 3 Nickel Plated Brass Inlet Nut in Lieu of Standard Anodized Aluminum 4 Straight 1.5” FNST Swivel Foam/Chemical Inlet Port (Not recommended for HF1.5) 5 Straight 1.5” FNPT Rigid Foam/Chemical Inlet Port (Standard on HC - Not recommended for HF1.5) 6 Male Cam-Lock Foam/Chemical Inlet Port (Same as Standard Size for Nozzle Configuration) 7 Manual ON/OFF 1-3% Metering Valve A Automatic w/Maximum Flow Stop (Requires Engineering Approval) F Fixed Flow Maximum Stop Non-Automatic (Requires Engineering Approval) X Special (Requires Engineering Approval)

NOTE: All “X” Selections Require Engineering Approval Prior to Ordering — A Detailed Description Must be Provided When Placing Order

Ranger™ AUTOMATIC NOZZLEHF / HC / MS PART NUMBERING SYSTEM

Monitor NozzlesProduct: Monitor Nozzle - “BTM” Series

Description: Standard industrial grade master stream nozzle. Fully adjustable from

straight stream to full fog. Cast brass construction. Standard flow rates of 350, 500, and 700 gpm at 100 psi nozzle pressure. As an option, nozzle can be fac-tory modified to any flow between 100 to 700 gpm at 100 psi (i.e. any K Factor between 10 and 70). Abbreviated style cast control handles. Standard jam nut locks foam or water stream at desired pattern. 2.5” NH (F) rigid inlet.

Model Flow @100 psi K-Factor Inlet Range Straight Stream Material

BTM-350 350 35 2.5” NH (F) 150 ft. Cast Brass



Monitor NozzlesProduct: Premium Monitor Nozzle - “Big Tee”

Description: Premium grade industrial master stream nozzle with exclusive

“flush” feature. In flush position, nozzle will purge particulates up .gof lluf ot maerts thgiarts morf elbatsujda ylluF .retemaid ”52. ot

Large composite rubber covered brass handles for positive stream control. All brass construction. Standard flow rates are 350 and 500 at 100 psi nozzle pressure.

Model Flow @100 psi K-Factor Inlet Range Straight Stream

Material

BT-350 350 gpm 35 2.5” NH (F) Swivel 135 ft. Cast Brass

BT-500 500 gpm 50 2.5” NH (F) Swivel 150 ft. Cast Brass

Monitor NozzlesProduct: High Volume Monitor Nozzle - WBB “Big Boy”

Description: High-volume, industrial-grade, master stream nozzle. Fully adjust-

able from straight stream to full fog. Cast brass construction. Standard flow rates of 750, and 1000 gpm at 100 psi. Abbreviated style cast control handles. Standard jam nut locks foam or water stream at desired pattern. Available with either 2.5” or 3.5” NH (F) inlet.

Model Flow @100 psi K-Factor Inlet(s) Range Straight Stream

Material

WBB-750 750 gpm 75 2.5” / 3.5” NH (F) 175 ft. Cast Brass

WBB-1000 1000 gpm 100 2.5” / 3.5” NH (F) 200 ft. Cast Brass

Hydro-Foam™ NozzlesProduct: Hydro-Foam™ Monitor Nozzles — Small Body LW Series

Description: Patented water powered nozzle system that proportions and delivers

either water or foam to the hazard area. Fully adjustable from straight stream to full fog with flows of 150 or 225 gpm. Brass construction with stainless steel trim. Foam is proportioned directly from an atmospheric source at 1%, 3% or 6%.


Model # Hydro-Foam™

Nozzle

Flow @100psi

Range @100psi (straight stream)

Range@100psi (narrow fog)

Water inlet Concentrate inlet

K-factor Proportioning

Small Body LW150

150 gpm 110 ft. 60 ft. 1.5”NH (F)swivel

1”NPT(M) 15 1%, 3% or 6%

Small Body LW225

225 gpm 115 ft. 65 ft. 1.5”NH (F)swivel

1”NPT(M) 22.5 1%, 3% or 6%

Hydro-Foam™ NozzlesProduct: Hydro-Foam™ Monitor Nozzles —Medium Body HF Series - Elkhart

Description: Patented water powered nozzle system that proportions and delivers either water

or foam to the hazard area. Fully adjustable from straight stream to full fog with flows of 350 or 500 gpm. Brass construction with stainless steel trim. Nozzle comes complete with 1” X 8 ft. flexible pick-up hose. Optional 1% or 3% selector provides dual proportioning capability. Foam concentrate is proportioned directly from an atmospheric source.

Model #Hydro-Foam™

Nozzle

Flow @100psi

Range @100psi (straight stream)

Range@100psi

(narrow fog)

Water inlet

Concentrate inlet


HF 350 350 gpm 145 ft. 65 ft. 2.5”NH (F)swivel

1”NPT(M) 35 1%, 3%

HF 500 500 gpm 155 ft. 75 ft. 2.5”NH (F)swivel

1”NPT(M) 50 1%, 3%

Hydro-Foam™ NozzlesProduct: Hydro-Foam™ Monitor Nozzles — Medium Body LW 700

Description: Patented water powered nozzle system that proportions and delivers

either water or foam to the hazard area. Fully adjustable from straight stream to full fog with a flow of 700 GPM @100 PSI. Brass construction with stainless steel trim. 1% or 3% proportioning. Nozzle is supplied with a 1” x 8 ft. flexible pick-up hose. Foam is proportioned directly from an atmospheric storage tank.


Model #Hydro-Foam™

Nozzle

Flow@100psi

Range @100psi(straight stream)

Waterinlet

Concentrateinlet


Medium BodyLW700

700 gpm 160 ft. 2.5”NH (F)swivel

1”NPT(M) 70 1% or 3%

Hydro-Foam™ NozzlesProduct: Hydro-Foam™ Monitor Nozzles Medium Body LWNS 350, 500 & 750

Description: Patented water powered nozzle system that proportions and delivers either

water or foam to the hazard area. Fully adjustable from straight stream to full fog. Brass construction with stainless steel trim. Flows 350, 500 or 750 gpm @100 psi, with 1% or 3% (6% @ 350 and 500 gpm) proportioning. An optional 1% / 3% (3% / 6% @ 350 and 500 gpm) selector valve provides dual proportioning. Foam concentrate is proportioned directly from an atmospheric storage tank or from a remote foam concentrate supply in conjunction with a matched Jet Ratio Controller at 1% or 3% only. Nozzle is supplied with 1.5” X 8 ft. flexible pick-up hose.


ModelHydro-Foam™ Nozzle

LWNS 350 LWNS 500 LWNS 750

Nominal Flow @100psi 350 gpm 500 gpm 750 gpm

Nominal Range @ 100psi(straight stream)

135 ft. 150 ft. 160 ft.

Water Inlet 2.5”NH (F) Swivel 2.5”NH (F) Swivel 2.5”NH (F) Swivel

Foam Concentrate Inlet 1.5” NPT(M) 1.5” NPT(M) 1.5” NPT(M)

Proportioning 1% / 3% / 6% 1% / 3% / 6% 1% / 3%

Handline NozzlesProduct: HYDROJET HANDLINE NOZZLESViper Select Series

Description: Superior quality fire fighting handline nozzles. Created from performance data gained through extensive research, as well

as from actual field exposure on a multitude of large “fires in anger.”

• Multiple Gallonage/Constant Flow design.• Compact and Lightweight Design in Extruded “E-Lite” Alloy.• Molded Composite Rubber Pistol Grip for Precise Control.• Durable Construction Provides Superior Impact Resistance.

Standard Features Include:» Constant Flow feature Allows for use with Matched Foam Eductor.» Factory Installed spinning teeth for Maximum Stream Break-up.» Combination Full Fog to Straight Stream.» Independent Pattern Selection with Indication.» Heavy Duty Rubber Bumper.» Fully Machined Waterway for Flow Efficiency.» Excellent for use with ThunderStorm® ATC Foam Concentrates.» Horseshoe Shutoff Provides Positive Flow Control.» Change Flow without Changing Pattern.» Full Flush Feature.

ModelHydroJet Nozzle

Nominal Flow Inlet Length Weight

SG-3012 30,60,95,125 1.5” NH (F) 8.9” 4.25 lbs.

SG-7515 75,100,125,150 1.5” NH (F) 8.9” 4.25 lbs.

SG-9520 95,125,150,200 1.5” NH (F) 10.6” 6.5 lbs.

Handline NozzlesProduct: HYDROJET HANDLINE NOZZLES

Viper Select Series

Standard Viper NozzleSG-3012SG-7515

Viper Midrange NozzleSG-9520

Air Aspirating Foam NozzleModel AFN-1

Nozzle Flow and Range Range at Range at Range at Range atPressure Flow Rate 30° Elev. 22.5° Elev. 15° Elev. 0° Elev.psi (kPa) gpm (Lpm) ft. (m) ft. (m) ft. (m) ft. (m)_________ __________ ________ ________ ________ ________ 50 (345) 385 (1457) 135 (41) 135 (41) 115 (35) 50 (15)100 (690) 534 (2021) 175 (53) 175 (53) 170 (52) 80 (24)150 (1034) 656 (2483) 190 (58) 190 (58) 190 (58) 100 (30)

NOTE: Above based on orifice sized for 500 gpm @ 100 psi (1893 Lpm @ 690 kPa).

General DescriptionConstructed of hard anodized aluminum with stainless steel fasteners

and adjustment rod, this air aspirating foam nozzle offers minimum weight with durability. Stream pattern is adjustable in the field from an even fan type to a full straight stream.

Flow rates are specifically tailored to individual protection by the inser-tion of a pre-engineered stainless steel orifice plate.

Orifice plates can be sized for flows from 250 to 1000 gpm (946 to 3785 Lpm) within K-factors of 35 to 125 based on flowing nozzle inlet pres-sure. (Monitor friction loss must be deducted from monitor inlet pressure to use those K-factors.)

Connector is a female swivel, 2.5” – 7.5” TPI NHT.

Ordering InformationPart No. Description400200 AFN-1 Nozzle400336 rotarepO reveL htiw elzzoN M1-NFA 400380 AFN-1-SS Stainless Steel Nozzle400326 leetS sselniatS SS-M1-NFA

AFN-1 Nozzle48.125“

(122.2 cm)

2.5“ - 7.5 NHTSwivel Coupling

4.5” (11.4 cm)Diameter

Adjustable Control Rod Adjustable Jaws

48.125“(122.2 cm)

2.5“ - 7.5 NHTSwivel Coupling

4.5” (11.4 cm)Diameter

Lever Operator

Adjustable Jaws

Control Rod

AFN-1 Nozzle

Air Aspirating Handline Nozzles

Features• ni esU rof noitcurtsnoC leetS sselniatS

Corrosive Environments• mpg 021 ro ,59 ,06 fo setaR wolF lanimoN

(227, 360, or 454 Lpm)• dna ,59-LP ,06-LP lusnA htiw elbitapmoC

PL-120 Line Proportioners• elbaliavA ffotuhS pirG-lotsiP lanoitpO

(Anodized Aluminum)• mumixaM rof ngiseD elbatroP ,thgiewthgiL

Mobility

ApplicationAnsul (HL) foam handline nozzles can be used with all low expansion foam agents: protein foam, fluoroprotein foam,

and AFFF. These portable, air aspirating nozzles can be used in a variety of flammable liquid hazard areas. Typical applica-tions include use by municipal fire departments and crash-fire-rescue vehicles; or for handline applications around tank farms, loading racks, aircraft hangars, and chemical plants.

DescriptionAnsul handline nozzles are available in three sizes (HL-60, HL-95, and HL-120) with or without pistol-grip shutoff. The

nozzles are constructed of stainless steel; the pistol-grip shutoff is anodized aluminum. Lightweight and compact, they maxi-mize fire fighting mobility and ease of use.

Ordering InformationThe models listed below are provided with 1.5” NHT female inlet threads. Other thread types are available upon request.

The flow rates listed are nominal; see Flow Rate Data for actual flow rates based on inlet pressure.

Typical Foam Quality/Range Data Protein/ Fluoro- protein AFFF 3% ARC ______ ____ _______Foam 8:1 10:1 7:1ExpansionRatioDrain Time 7 min. 3 min. 8 min.(25%)Stream Range 50 ft. 50 ft. 50 ft.@ 50 psi (15.2 m) (15.2 m) (15.2 m) (345 kPa)Stream Range 65 ft. 65 ft. 65 ft.@ 75 psi (19.8 m) (19.8 m) (19.8 m) (517 kPa)Stream Range 75 ft. 75 ft. 75 ft.@ 100 psi (22.9 m) (22.9 m) (22.9 m) (690 kPa)

Hose Length/Size Data Maximum Hose HoseHandline Line Size Length*Nozzle Proportioner in. ft. (m)_____ __________ ____ ________HL-60 PL-60 1.5” 200 (61.0)HL-95 PL-95 1.5” 100 (30.5)HL-120 PL-120 1.5” 100 (30.5)

.renoitroporp enil evoba )m 4.2( .tf 8 fo mumixam a detavele gnieb elzzon no desab si htgnel esoh mumixaM *

Approx ShippingPart WeightNo. Description lb. (kg)

77796* HL-60 Nozzle 5 (2.3) without Shutoff, 60 gpm (227 Lpm)

77792* HL-60S Nozzle 7 (3.2) with Shutoff, 60 gpm (227 Lpm)


77797* HL-95 Nozzle 5 (2.3) without Shutoff, 95 gpm (360 Lpm)

77793* HL-95S Nozzle 7 (3.2) with Shutoff, 95 gpm (360 Lpm)


77981 HL-120 Nozzle 5 (2.3) without Shutoff, 120 gpm (454 Lpm)

78419 HL-120S Nozzle 7 (3.2) with Shutoff,

23.1”(58.7 cm)

19”(48.3 cm)

19”(48.3 cm)

Optional Shutoff

Nozzle

2.5”(6.4 cm)

3”(7.6 cm)

Flow Rate Data

001224

(kPa) psi ____ ___ HL-60 HL-95 HL-120 (1034) 150

(827) 120

(690) 100

(621) 90

(552) 80

(483) 70

(414) 60

(345) 50

(276) 40 40 50 60 70 80 90 100 120 150 gpm (151) (189) (227) (265) (303) (341) (379) (454) (568) (Lpm)

FLOW RATE

INL

ET

PRE

SSU

RE

Air Aspirating Handline Nozzles

Foam NozzlesProduct: Foam Wand

Description: The Foam “Wand” is designed to expand and deliver foam into remote/

hazardous areas where either logistics or safety considerations dictate that the foam nozzle be “unattended.” The “wand” delivers high quality foam onto hard-to-access flammable liquid fires. Flow rate is 95 gpm @ 100 psi (K=9.5). Works in conjunction with a standard 95 gpm inline educ-tor or other foam proportioning system. Nominal foam expansion is 4:1. Assembly includes 1.5” NH (F) brass swivel foam solution inlet; carbon steel distribution pip-ing; foam nozzle; detachable horizontal “stand-off”, canvas carrying case.

Typical ApplicationFoam Wand assembly

ModelFoam Wand

Nominal Flow @ 100 PSI

K-factor Inlet Body

95 gpm 95 gpm 9.5 1.5” NH(F) Swivel Schedule 40Carbon Steel

Balanced Pressure Proportioning SystemsProduct: Spectrum Bladder Tanks-Horizontal Configuration

Description: Spectrum Horizontal Bladder tanks provide dependable and cost

effective foam fire protection for a wide variety of flammable/combustible liquid hazards. Used in conjunction with either one, or multiple ratio flow controllers (installed adjacent to the tank), the all-hydraulic balanced pres-sure proportioning system stores, delivers and proportions foam without dependence on external foam concentrate pumping. Only water under pressure is required for system operation.

The Spectrum Horizontal Bladder Tank is a cylindrical carbon steel ASME pressure vessel containing a flexible polymeric elastomer inner bladder which encapsulates the foam concentrate. This bladder physically separates stored foam concentrate from the water supply. When the system is activated, water is directed into the tank shell, which then pressurizes the space between the flexible bladder and the interior tank wall. This water pres-sure causes the bladder to collapse, which then dispenses foam concentrate out through distribution piping and (ultimately) into the ratio controller(s). The ratio controller’s modified venturi creates a “metering pressure drop” in the fire water line, allowing foam concentrate to pass through a fixed orifice plate and enter the fire water piping at the designated proportioning rate. In installations where the bladder normally is under pressure (wet pipe, reaction, or when the deluge valve is downstream from the ratio controller), a normally-closed actuated concentrate valve (electric or hydraulic) isolates the foam concentrate until energized. Interior/exterior finished in red enamel.

Standard Spectrum Bladder tank trim includes:

1. ASME Code Pressure Vessel2. Flexible Concentrate Bladder3. Shell Side (water) Vent Valve4. Bladder (concentrate) Vent Valves5. Shell Side (water) Fill/Drain Valve6. Bladder (concentrate) Fill/Drain Valve7. Water Balancing Nozzle (screened)8. Vessel Skirt with Anchors9. Concentrate Discharge Pipe, Perforated10. Concentrate Discharge Nozzle11. Lifting Lugs included (not shown)

Spectrum Bladder Options:

12. Sight Gauge Assembly13. Epoxy Interior/Exterior Finish (For use in marine or corrosive environments)14. Pressure Relief Valve (Not Shown)

Horizontal Bladder Tank

*To be phased out after June 1996.

Tank Size A B C D E F G H Saddle Width

Gal. (L) in. (cm) in. (cm) in. (cm) in. (cm) in. (cm) in. (cm) in. (cm) in. (cm) in. (cm)100 (379) 16.0 (41) 32 (81) 35.5 (90) 0.75 (1.9) 5 (13) 10 (25) 18 (46) 0.63 (1.6) 3 (7.6)

150 (568) 18.0 (46) 36 (91) 35.0 (89) 0.75 (1.9) 8 (20) 16 (41) 24 (61) 0.63 (1.6) 3 (7.6)

200 (757) 20.0 (51) 40 (101) 44.0 (112) 0.75 (1.9) 8 (20) 16 (41) 24 (61) 0.63 (1.6) 3 (7.6)

300 (1136) 21.0 (53) 42 (107) 46.0 (117) 0.75 (1.9) 11 (28) 22 (56) 30 (76) 0.63 (1.6) 3 (7.6)

400* (1514) 21.0 (53) 40 (107) 44.5 (113) 0.75 (1.9) 14 (36) 28 (71) 36 (91) 0.75 (1.9) 4 (10.2)

400 (1514) 17.12 (43) 34.25 (87) 36.5 (93) 0.88 (2.2) 17 (43) 34 (86) 42 (107) 0.88 (2.2) 4 (10.2)

500* (1893) 24.0 (61) 48 (122) 53.0 (135) 0.75 (1.9) 14 (36) 28 (71) 36 (91) 0.75 (1.9) 4 (10.2)

500 (1893) 20.62 (52) 41.25 (105) 43.0 (109) 0.88 (2.2) 17 (43) 34 (86) 42 (107) 0.88 (2.2) 4 (10.2)

600 (2271) 22.5 (57) 45 (114) 49.5 (126) 0.88 (2.2) 17 (43) 34 (86) 42 (107) 0.88 (2.2) 4 (10.2)

700 (2650) 26.0 (66) 52 (132) 56.5 (144) 0.88 (2.2) 17 (43) 34 (86) 42 (107) 0.88 (2.2) 4 (10.2)

800 (3028) 30.62 (78) 61.25 (156) 63.5 (161) 0.88 (2.2) 17 (43) 34 (86) 42 (107) 0.88 (2.2) 4 (10.2)

800* (3028) 24.0 (61) 48 (122) 52.2 (133) 0.88 (2.2) 20 (51) 40 (102) 48 (122) 1.0 (2.5) 4 (10.2)

900 (3407) 34.12 (87) 68.25 (173) 70.5 (179) 0.88 (2.2) 17 (43) 34 (86) 42 (107) 0.88 (2.2) 4 (10.2)

900* (3407) 26.0 (66) 52 (132) 57.7 (147) 0.88 (2.2) 20 (51) 40 (102) 48 (122) 1.0 (2.5) 4 (10.2)

1000 (3785) 37.62 (96) 75.25 (191) 77.5 (197) 0.88 (2.2) 17 (43) 34 (86) 42 (107) 1.0 (2.5) 4 (10.2)

1000* (3785) 28.0 (71) 56 (142) 63.2 (160) 0.88 (2.2) 20 (51) 40 (102) 48 (122) 1.0 (2.5) 4 (10.2)

1100 (4164) 28.0 (71) 56 (142) 60.0 (152) 0.88 (2.2) 23 (58) 46 (117) 54 (137) 1.0 (2.5) 4 (10.2)

1200 (4542) 30.5 (78) 61 (155) 64.5 (164) 0.88 (2.2) 23 (58) 46 (117) 54 (137) 1.0 (2.5) 4 (10.2)

1300 (4921) 32.5 (83) 65 (165) 69.0 (175) 0.88 (2.2) 23 (58) 46 (117) 54 (137) 1.0 (2.5) 4 (10.2)

1400 (5299) 35.0 (89) 70 (178) 73.5 (187) 0.88 (2.2) 23 (58) 46 (117) 54 (137) 1.0 (2.5) 4 (10.2)

1500 (5678) 37.0 (94) 74 (188) 78.0 (198) 0.88 (2.2) 23 (58) 46 (117) 54 (137) 1.0 (2.5) 4 (10.2)

1600 (6057) 39.5 (100) 79 (201) 88.0 (234) 0.88 (2.2) 23 (58) 46 (117) 54 (137) 1.0 (2.5) 4 (10.2)

1700 (6435) 42.0 (107) 84 (213) 87.5 (222) 0.88 (2.2) 23 (58) 46 (117) 54 (137) 1.0 (2.5) 4 (10.2)

1800 (6814) 44.0 (112) 88 (224) 92.0 (233) 0.88 (2.2) 23 (58) 46 (117) 54 (137) 1.0 (2.5) 4 (10.2)

1900 (7182) 46.5 (118) 93 (236) 96.5 (245) 0.88 (2.2) 23 (58) 46 (117) 54 (137) 1.0 (2.5) 4 (10.2)

2000 (7571) 36.0 (91) 72 (183) 72.2 (183) 0.88 (2.2) 29 (74) 58 (147) 66 (168) 1.0 (2.5) 4 (10.2)

2200 (8328) 39.0 (99) 78 (198) 81.7 (208) 0.88 (2.2) 29 (74) 58 (147) 66 (168) 1.0 (2.5) 4 (10.2)

2400 (9085) 42.5 (108) 85 (216) 88.2 (224) 0.88 (2.2) 29 (74) 58 (147) 66 (168) 1.0 (2.5) 4 (10.2)

2600 (9842) 45.5 (116) 91 (231) 94.7 (241) 0.88 (2.2) 29 (74) 58 (147) 66 (168) 1.0 (2.5) 4 (10.2)

2800 (10599) 48.5 (123) 97 (246) 100.7 (256) 0.88 (2.2) 29 (74) 58 (147) 66 (168) 1.0 (2.5) 4 (10.2)

3000 (11356) 52.0 (132) 104 (264) 107.2 (272) 0.88 (2.2) 29 (74) 58 (147) 66 (168) 1.0 (2.5) 4 (10.2)

A

BC

D E

F

G

H

Foam Concentrate TanksProduct: Vertical Polyethylene Storage Tanks

Description: Atmospheric High Density, Cross-Linked Polyethylene Storage Tanks are

an industry standard for storing foam concentrate. They are typically used in conjunction with pumped balanced pressure systems or self-educting Hydro-Foam™ monitor stations. Polyethylene is an exceptionally stable and durable material when used to store foam concentrates. These rotationally molded, corrosion/impact resistant upright tanks are available in nominal storage capacities ranging from 55 to 12,000 gallons.

Bill of Materials1 Pressure Vacuum Vent.

2 PVC Bulkhead Fitting.

3 10” Threaded Inspect Hatch (tank sizes up to 400 gallons).

4 19” Bolted Manway (tank sizes >400 gal-lons).

5 Top Mounted Fill Connection with PVC Drop Tube (option).

6 Liquid Level Indication-Molded.

7 Tank Drain/Fill Fitting, Stainless Steel Valved.

8 Pump Supply Fittings, Stainless Steel with Siphon Pickup.

9 Return Fitting, Stainless Steel with Siphon Discharge.

10 Fittings (only) for tank liquid level con-tacts.

Vertical Poly Tank

Material Pigments,Vapor Space Fittings Fittings,

Liquid SpaceLiquid LevelIndication

High DensityCross LinkedPolyethylene

<0.5% by weight PVC or Stainless Steel Stainless Steel

Molded into side of (translucent)

tank

Foam Concentrate TanksVertical Polyethylene Storage Tanks- Dimensional Data

Nominal VesselSize in Gallons

CapacitiesStr. Wall

CapacitiesTotal

Diameter Height Wall Thickness(bottom third)

Weight (less fittings)

Top Opening

55 55 55 1�11” 3�5” .250 35# 10”

100 100 100 1�1” 5�4” .250 55# 10”

150 150 150 2�7” 4�6” .250 67# 10”

200 200 200 2�7” 5�10” .250 70# 10”

300 300 300 3�10” 4�4” .250 90# 10”

305 305 305 2�10” 6�10” .250 90# 10”

400 400 400 3�10” 6� .250 120# 10”

525 497 557 5�4” 3�10” .250 185# 19”

550 550 574 4� 6�7” .250 187# 19”

800 798 822 4� 9�6” .250 200# 19”

805 805 865 5�4” 5�10” .250 200# 19”

1000 929 988 5�4” 6�8” .313 205# 19”

1100 1025 1178 7�1” 4�6” .250 190# 19”

1200 1156 1215 5�4” 8� .313 260# 19”

1450 1325 1475 7�1” 6� .313 280# 19”

1500 1458 1518 5�4” 9�10” .344 300# 19”

2000 1722 1945 8� 5�11” .313 300# 19”

2500 2286 2508 8� 7�4” .375 390# 19”

3000 2755 2977 8� 8�9” .359 470# 19”

4000 3955 4159 7�10” 12�5” .500 720# 24”

4250 4120 4407 8�6” 11�3” .500 795# 19”

4300 4274 4905 11�11” 6�9” .375 1025# 24”

5000 5038 5241 7�10” 15�7” .656 1170# 24”

5500 5154 5509 9�2” 13� .594 950# 24”

5500 5153 5508 9�2” 12�7” .594 950# 24”

6400 6056 6424 10” 12� .500 960# 24”

6800 6835 7466 11�11” 10� .625 1610# 19”

7000 7089 7665 10� 14�3” .734 1310# 19”

8000 8317 8947 11�11” 11�8” .703 1650# 24”

10000 10120 10750 11�11” 14� .906 2445# 24”

12000 12324 1294 11�11” 16�8” 1.047 3150# 24”

Foam Concentrate TanksProduct: Horizontal Polyethylene Storage Tanks

Description: Atmospheric High Density, Cross-Linked Polyethylene

Storage Tanks are an industry standard for storing foam con-centrate. They are typically used in conjunction with trans-portable foam trailers, pumped balanced pressure systems or self-educting Hydro-Foam™ monitor stations. Polyethylene is an exceptionally stable and durable material when used to store foam concentrates. These rotationally molded, corrosion/impact resistant horizontal/cylindrical tanks are available in sizes ranging from 110 gallons to 2,500 gal-lons. Tanks are mounted on carbon steel support saddles and secured with support bands.

Bill of Materials1 Pressure Vacuum Vent.

2 PVC Bulkhead Fitting.

3 10” Threaded Inspect Hatch (tank sizes < 1000 gallons).

4 19” Bolted Manway (tank sizes >1000 gal-lons).

5 Top Mounted Fill Connection with PVC Drop Tube (option).

6 Liquid Level Indication-Molded.

7 Tank Drain/Fill Fitting, Stainless Steel Valved.

8 Pump Supply Fittings, Stainless Steel with Siphon Pickup.

9 Tank Return Fitting, Stainless Steel with Siphon Discharge.

10 Tank Return Fitting, Stainless Steel with Siphon Discharge.

11 Fittings (only) for tank liquid level contacts.

Horizontal Poly Tank

Material Pigments Fittings, Vapor Space

Fittings, Liquid Space

Liquid LevelIndication

High DensityCross LinkedPolyethylene

<0.5% by weight PVC or Stainless Steel Stainless Steel Molded into side of

(translucent) tank

Foam Concentrate TanksHorizontal Polyethylene Storage Tanks- Dimensional Data

Tank Configuration “A” (150-1000 Gallon Capacity)

Support Saddle “A1” - (150-500 Gallon Capacity)

Support Saddle “A2” - (750-1000 Gallon Capacity)

Nominal Capacity

(US Gallons)

Diameter Length Total Weight

Fill Opening

150 2�8” 4�10” 190 10”

200 x 32” 2�8” 5�8” 245 10”

200 x 38” 3�2� 4�4” 245 10”

300 3�2� 6�3” 305 10”

400 4� 5�3” 330 10”

500 4� 6�4” 350 10”

750 4�6” 7�1.5” 585 10”

1000 5�4” 7�2” 770 10” or 19”

Tank Size Width Length150 31.5” 48”

200 x 32” 31.5” 60”

200 x 38” 37.5” 38.5”

300 37.5” 60”

400 48” 48”

500 48” 50”

Tank Size Width Length750 48.5” 65”

1000 57” 60”

Foam Concentrate TanksHorizontal Polyethylene Storage Tanks- Dimensional Data

Tank Configuration “B” (1025-2500 Gallon Capacity)

Support Saddle “B”

Nominal Capacity (US Gallons)

Diameter Length Total Weight Fill Opening

1025 4� 12�4” 1065 19”

1625 5�4” 11�3” 1433 19”

2000 5�4” 13�1” 1550 19”

2500 5�4” 15�11” 1942 19”

Tank Size Width Length1025 3�8.75” 9�10

1625 4�10” 9�3”

2000 4�10” 10�

2500 4�10” 14�6”

Foam Systems - Around The Pump EductorsProduct:Spectrum ATP Eductors, 2” & 3” - Grooved Type

Description: The Spectrum Around The Pump Eductor is a fundamental, eco-

nomical, yet proven way to produce foam on a fire truck. In operation a portion of the fire water discharge is diverted to the eductor. The educ-tor picks up foam concentrate from the on-board atmospheric foam tank and delivers it to the suction side of the water pump. A metering valve such as the Spectrum Multiport Metering Valve controls the amount of concentrate entering the system. This, along with the rate of discharge, determines the solution flow rate; typically from 1% to 6%. All dis-charges in this type of system will produce foam solution. Eductors are constructed of brass to provide years of trouble free service.

*Minimum straight pipe lengths required upstream of controller

Minimum Operating Pressure = 75 psiMaximum Operating Pressure = 225 psi

2” 3”A 7.5” 10”

B 3.875” 5.0625”

C 2.8125” 2.6875”

D 2.625” 3.3125”

E 1.5” 2”

F 2” 3”

G 10” 15”

Part # Ratio Controller Size Configuration Nominal

Concentrate Flow

Maximum Proportioning

Rates (gpm)Drive Water

Flow @ 200 psi3% 6%

2.0EDCT-75 2” Grooved 75 gpm 2500 1250 85 gpm

3.0EDCT-150 3” Grooved 150 gpm 5000 2500 150 gpm

Foam Systems - Multi Port Metering ValveProduct:Spectrum Multi-Port Metering Valve - Air Actuated

Description: The Spectrum Multi-Port Metering Valve offers the simplicity

and reliability of fixed orifice metering coupled with the flexibility of eight (8) air actuated ports. The valve can be custom configured to have from 1 to 8 ports. Each port can be selected to meter solu-tion flows from 30 gpm @ 3% up to 750 gpm @ 6%. Each orifice can easily be removed, replaced, added or changed in the field. Each active port features a single acting spring loaded air actuator. This air actuator features a manual over-ride that will allow the system to manually function in the event of air system loss. The construction is Red Brass with Stainless Steel trim and positive rubber valve seats.

This valve is used in conjunction with the proper Spectrum Eductor in an Around The Pump (ATP) Foam System. Primarily used in Airport Crash Trucks, this system offers economic reli-ability. As each discharge is opened an air signal is sent to the associated metering valve port. As each valve opens, more predetermined amounts of concentrate enter the system to maintain either a 1, 3 or 6% proportioning rate.

Maximum Positive Pressure Rating is 25 psig

*Contact Factory for Orifice Sizing

Part # Description MaterialMVM01 Valve Body & Orifice Plate Bronze

MVM02 Air Actuated Valve Bronze

*MVM03-(Port#)-(Diameter) Orifice Insert Brass

Foam Systems- Balanced Pressure ComponentsProduct: Spectrum Ratio Controllers, 2” & 2.5” -Threaded Type

Description: Ratio Controllers are modified venturi foam proportioners that

.maerts retawerif eht otni etartnecnoc maof dezirusserp retem yletaruccaThese foam proportioners are used in conjunction with balanced pres-sure systems, such as bladder tanks and pumped proportioning skids. In operation, firewater flows through the modified venturi, creating an area

.”pord erusserp gniretem“ eht sa ot derrefer si hcihw ,erusserp rewol foThis metering pressure drop is directly effected by the firewater velocity as it flows through the venturi. The (1%, 3% or 6%) concentrate-to-water ratio is maintained over the entire flow range of each size ratio control-ler. However, each size ratio controller has a minimum flow rate/velocity requirement, and these minimums must be maintained for proper ratio controller operation.

Each Spectrum Ratio Controller consists of the following compo-nents: body; metering orifice; inlet nozzle. These components are constructed of ASTM 85-5-5-5 bronze. The inlet nozzle is tapered and machined to a smooth finish to maximize water stream efficiency through the venturi. The foam concentrate metering orifice is sized to the exact type and percentage of foam concentrate to be used. Both the inlet nozzle and metering orifice are secured by a stainless steel retaining ring.

*Minimum straight pipe lengths required upstream/downstream of controller.

RatioController Size

Configuration NominalATC Flow

Nominal AFFF Flow

Proportioning(Fixed)

Concentrate Inlet

2” Threaded 80-200 gpm 40-200 gpm 1%/3%/6% 1”NPT (M)

2.5” Threaded 160-500 gpm 80-500 gpm 1%/3%/6% 1”NPT (M)

2” 2.5”A 2.375” 2.875”

B 7” 7”

C 2.0625” 2.0625”

D 3.75” 4.125”

E 10” 13”

Foam Systems- Balanced Pressure ComponentsProduct: Spectrum Ratio Controllers, 5” Grooved

Description: The Spectrum 5” Grooved Ratio Controller is a modified

venturi foam proportioner that accurately meters pressurized foam concentrate into the firewater stream. This foam proportioner is used in conjunction with balanced pressure systems, such as blad-der tanks and pumped proportioning skids. In operation, water flows through the modified venturi, creating an area of lower pres-sure, which is referred to as the “metering pressure drop”. This metering pressure drop is directly effected by the firewater velocity as it flows through the venturi. The (1%, 3% or 6%) concentrate-to-water ratio is maintained over the entire flow range of the ratio controller. However, each size ratio controller has a minimum flow rate/velocity requirement, and these minimums must be maintained for proper ratio controller operation.

The Spectrum Ratio Controller consists of the following components: body; metering orifice; inlet nozzle. These com-ponents are constructed of ASTM 85-5-5-5 bronze. The inlet nozzle is tapered and machined to a smooth finish to maximize water stream efficiency through the venturi. The foam concentrate metering orifice is sized to the exact type and percentage of foam concentrate to be used. Both the inlet nozzle and metering orifice are secured by a stainless steel retaining ring.

Ratio Controller Size


NominalAFFF Flow


Concentrate Inlet

5” Victaulic™ or Gruv-Lok™

400-1800 gpm 200-1800 gpm 1%/3%/6% 2”NPT (F)

Foam Systems- Balanced Pressure ComponentsProduct: Spectrum Ratio Controllers, 3”,4”,6”,8”- Wafer Style

Description: Spectrum Ratio Controllers are modified venturi foam proportioners

.maerts retawerif eht otni etartnecnoc maof dezirusserp retem yletarucca tahtThese foam proportioners are used in conjunction with balanced pressure systems, such as bladder tanks and pumped proportioning skids. In opera-tion, firewater flows through the modified venturi, creating an area of lower pressure, which is referred to as the “metering pressure drop”. This metering pressure drop is directly effected by the firewater velocity as it flows through the venturi. The (1%, 3% or 6%) concentrate-to-water ratio is maintained over the entire flow range of each size ratio controller. However, each size ratio controller has a minimum flow rate/velocity requirement, and these minimums must be maintained for proper ratio controller operation.

Designed to be installed between two 150# F.F. flanges, each Spectrum Ratio Controller consists of the following components: body; metering ori-fice; inlet nozzle. These components are constructed of ASTM 85-5-5-5

.irutnev eht hguorht ycneiciffe maerts retaw ezimixam ot hsinif htooms a ot denihcam dna derepat si elzzon telni ehT .eznorbThe foam concentrate metering orifice is sized to the exact type and percentage of foam concentrate to be used. Both the inlet nozzle and metering orifice are secured by a stainless steel retaining ring. F.M. approved, File No. J.I.1R6A3.AF.

*Minimum straight pipe length required upstream/downstream of controller.

3” 4” 6” 8”A 2.375” 2.5” 3.25” 3.5”

B 6.0625” 8” 12” 12”

C 2.625” 3.125” 4.125” 5.25”

D 1.25” 1.5” 2” 2.5”

E* 15” 20” 30” 40”

WEIGHT 10 lbs. 16 lbs. 32 lbs. 3 lbs.



NominalAFFF Flow


3” Wafer, Between Flange 200-700 gpm 100-700 gpm 1%/3%/6%




Foam Systems- Balanced Pressure ComponentsRatio Controller Detail

Threaded - 2’ and 2.5”

Grooved - 5”

Wafer Style - 3”, 4”, 6”, 8”



NominalAFFF Flow

ProportioningAFFF Flow

Concentrate Inlet

2” Threaded 80-200 gpm 40-200 gpm 1% / 3% / 6% 1” NPT (M)

2.5” Threaded 160-500 gpm 80-500 gpm 1% / 3% / 6% 1” NPT (M)



NominalAFFF Flow

ProportioningAFFF Flow

Concentrate Inlet

5” Victaulic™ orGruv-Lok™

400-1800 gpm 200-1800 gpm 1% / 3% / 6% 2” NPT (F)



NominalAFFF Flow

Proportioning D

3” Wafer, Between Flange 200-700 gpm 100-700 gpm 1% / 3% / 6% 1.25”


5” Wafer, Between Flange 500-2500 gpm 350-2500 gpm 1% / 3% / 6% 2”


Foam Systems ComponentsProduct: Hydraulically Actuated Foam Concentrate Control Valve- “Standard Port” Waterway

Description: The Spectrum “Standard Port” Hydraulically Actuated Foam Concentrate Control

Valve is typically installed in the concentrate piping between the foam concentrate storage tank and ratio controller (proportioner). When used in a balanced pressure proportioning system, as well as most other foam concentrate applications, the valve position is “normally closed,” preventing foam concentrate from entering into the ratio controller. Upon system actuation, the valve will automatically open, supplying foam concentrate to the specific (flowing) ratio controller.

Actuator Features• Operating Medium- Water• Connections-.25” (F) NPT• Seal Material- O-Rings, Buna-N• Rotational Arc, Max- 94 degrees• Max Operating Pressure- 175 psi• Position Indicator with Manual Override

Installation/OperationThe actuator is opened by introduction of system water pressure, and (therefore) requires no electrical power for opera-

tion. In most installations system water pressure is supplied to the actuator via .25” I.D. copper tubing, which is typically connected to the trim of an automatic system valve (deluge, dry pipe, preaction).

Valve Features• Ball valve, quarter-turn type with mounting pad.• 600 psi WOG, cold, non-shock• Threaded NPT (F) both ends.• Reinforced TFE seats and stuffing box.• Bronze body (standard) with stainless steel ball.

Std. PortModel No.

Valve Size

Waterway (port)

Diameter

Minimum Pressure

(actuator)

A B C D E F G

HBVS-1.0 1” .875” 25 psi 3.625” 2.5” 4.625” 3.25” 10.125” 7” 8”

HBVS-1.25 1.25” 1” 40 psi 3.625” 2.5” 4.875” 4” 10.375” 7” 8”

HBVS-1.5 1.5” 1.25” 50 psi 3.625” 2.5” 5” 4.375” 10.625” 7” 8”

HBVS-2.0 2” 1.5” 60 psi 3.625” 2.5” 5.125” 4.6875” 10.875” 7” 8”

Foam Systems Components

Product: Hydraulically Actuated Foam Concentrate Control Valve- “Full Port” Waterway

Description: The Spectrum “Full Port” Hydraulically Actuated Foam Concentrate Control

Valve is typically installed in the foam concentrate piping between the foam concen-trate storage tank and ratio controller (proportioner). When used in a balanced pres-sure proportioning system, as well as most other foam concentrate applications, the valve position is “normally closed,” preventing foam concentrate from entering into the ratio controller. Upon system actuation, the valve will automatically open, supply-ing foam concentrate to the specific (flowing) ratio controller.

Actuator Features• Operating Medium- Water• Connections-.25” (F) NPT• Seal Material- O-Rings, Buna-N• Rotational Arc, Max- 94 degrees• Max Operating Pressure- 175 psi• Position Indicator with Manual Override


Installation/OperationThe actuator is opened by introduction of system

water pressure, and (therefore) requires no electrical power for operation. In most installations system water pressure is supplied to the actuator via .25” I.D. copper tubing, which is typically connected to the trim of an automatic system valve (deluge, dry pipe, preaction).

Std. PortModel No.

Valve Size

Waterway (port)

Diameter

Minimum Pressure

(actuator)

A B C D E F G

HBVF-1.0 1” 1” 50 psi 3.625” 2.5” 5” 3.625” 10.375” 7” 8”

HBVF-1.25 1.25” 1.25” 60 psi 3.625” 2.5” 5.125” 4.25” 10.625” 7” 8”

HBVF-1.5 1.5” 1.5” 75 psi 3.625” 2.5” 5.375” 4.75” 10.9375” 7” 8”

HBVF-2.0 2” 2” 130 psi 3.625” 2.5” 5.625” 5.375” 11.375” 7” 8”

Foam Systems ComponentsProduct: Electrically Actuated Foam Concentrate Control Valve- “Standard Port” Waterway

Description: The Spectrum “Standard Port” Electrically Actuated Foam Concentrate

Control Valve is typically installed in the foam concentrate piping between the foam concentrate storage tank and ratio controller (proportioner). When used in a balanced pressure proportioning system, as well as most other foam con-centrate applications, the valve position is “normally closed, “ preventing foam concentrate from entering into the ratio controller. Upon system actuation, the valve will automatically open, supplying foam concentrate to the specific (flow-ing) ratio controller.

Actuator Features• Unidirectional through shafted design.• Manual override, with valve position indicator.• Permanently lubricated fully closed gear train.• Water tight NEMA 4 enclosure.• Prewired terminal strip.• Maximum current requirements for open position control - 11 amp @ 115V- 15 amp @ 24VDC.• AC Voltages- (50 or 60 Hz), 24, 115, 220V.• DC Voltages - 12, 24V.


Standard PortModel No.

Valve Size Waterway (port)

Diameter

Standard Voltage

A B C D

EBVS-1.0 1” .875” 24 VDC 7” 3.375” 8.75” 5”

EBVS-1.25 1.25” 1” 24 VDC 7” 4.25” 9.125” 5”

EBVS-1.5 1.5” 1.25” 24 VDC 7” 4.75” 9.375” 5”

EBVS-2.0 2” 1.5” 24 VDC 7” 5.375” 9.75” 5”

Williams’ ‘Flow Solution’Low Pressure Drop / Wide-Range Proportioner

The Williams’ ‘Flow Solution’ Proportioner Redefines Accurate/ Wide Range Balanced Pressure Foam Proportioning and Control!

The Williams ‘Flow Solution’ has been developed to address the Special Hazards Fire Protection Industry’s need for an accurate wide-�ow balanced pressure foam propor-tioner which incorporates both low and constant pressure loss with minimum water inlet pressure throughout its entire �ow range. In addition, these features are integrated into an assem-bly, which also includes precise water and foam concentrate control. The ’Flow Solution’ proportioner is con�gured as an assembly which consolidates the following system com-ponents: ratio controller; water control valve and (optional) foam concentrate control valve with integral concentrate check valve. Speci�cally suited for all closed head and deluge foam sprinkler systems including auxiliary handline discharges, the ‘Flow Solution’ proportioners’ revolutionary design provides the following features:

Low, 8 PSI (nominal) Constant Pressure Loss Throughout Entire Flow Range.

Wide Flow Range of 25gpm to 2500+gpm for Single Sprinkler Head to Total System Activation.

Low Minimum Inlet Pressure Requirement of 25 PSI Across Entire Flow Range

Configurable as Alarm Check or Water Control Valve

Fixed Proportioning of 1% or 3% with External Adjustment to Accommodate a Wide Rangeof Foam Concentrate Viscosities.

‘Convertible’ 150# ANSI Flange / Grooved Water, Foam & Solution Connections

Nickel Plated Ductile Iron Body with Brass & Stainless Steel Trim

Balanced Pressure Proportioning SystemsProduct: Pump Injection Type, with Ratio Controller on Skid

Description: The Spectrum Pump Injection Type Balanced Pressure

Proportioning Skid is a completely self-contained system which automatically proportions foam concentrate over a wide range of flows and pressures, without manual adjustment. The skid is installed adjacent to an atmospheric foam concentrate storage tank, and con-sists of the following major components: positive displacement foam concentrate pump; electric (or diesel) driver; pump starter/controller; pressure balancing valve; ratio controller(s); duplex gauge; intercon-necting pipe, valves, and fittings. In operation, foam liquid is drawn from the atmospheric concentrate storage tank and pumped to the skid-mounted ratio controller. The back-pressure type balancing valve, installed on the tank return line regulates the amount of foam concentrate which is returned to the storage tank, and balances the foam concentrate pressure to match the water pressure at the ratio controller. Water and foam pressures are monitored by a duplex pressure gauge. Manual override of the system is accomplished through the use of a manual globe valve, installed in piping which bypasses the diaphragm control valve. Field connections on the skid are limited to: water inlet to ratio controller; foam solution discharge from ratio controller; electrical service to the pump motor starter/controller; foam concentrate suction and return connections to the foam storage tank. All piping connections on the skid are 150# flanges.

Foam Storage Tank Pump Type Skid Concentrate Piping

Ratio Controller Size(s)

Standard Proportioning

High DensityPolyethylene

Positive Displacement

1.5”-4” 3”-8” 1% / 3%

Piping Standard - Schedule 40 Carbon SteelPiping Options - Brass, Stainless SteelPump Standard - Ductile Iron, Bronze FittedPump Options - Bronze, Stainless SteelStandard Pump/Motor - Open Drip Proof 230 VAC/60/3

Valve Standard - BronzeValve Options - Stainless SteelStandard Proportioning - 1% or 3%Standard Pump Controller - Limited Service, NEMA II Enclosure

Required Ordering Information:1. Tank Capacity/Configuration2. Tank Material3. Type/Percentage of Foam Concentrate4. System Water Pressures (static/residual) @Ratio Controller(s)

5. Available Power Supply (voltage/cycle/phase)6. Piping Specification7. Valve Specification8. Paint Specification9. Foam System Flow Rate(s) - Minimum/Maximum Demand

Balanced Pressure Proportioning SystemsProduct: Pump Injection Type, with Ratio Controller on Skid

ModelNominalSolution Flow ATC

(gpm)

Nominal Solution flow AFFF

(gpm)

Ratio Controller Size

AFFF (gpm)

Pump Capacity gpm (@200 PSI)

Horsepower(pump motor) Pipe

Size1% 3% 1% 3%

BPS-3L 200-600 100-600 3” 10 20 5 5 1.5”

BPS-3H 200-800 100-800 3” 12 30 5 7.5 1.5”

BPS-4 300-1250 175-1250 4” 15 40 5 10 1.5”

BPS-5 400-1800 200-1800 5” 20 60 5 15 2�

BPS-6L 500-2200 350-2200 6” 25 70 7.5 20 2�

BPS-6H 600-2500 350-2500 6” 30 80 7.5 25 2�

BPS-8L 950-2900 700-2900 8” 35 90 1.0 25 2.5”

BPS-8M 950-3800 700-3800 8” 45 120 10 30 2.5”

BPS-8H 950-4500 700-4500 8” 55 140 15 30 2.5”

Balanced Pressure Proportioning SystemsProduct: Inline Balanced Pressure Proportioning Modules

Description: Spectrum Inline Balanced Pressure Proportioners (ILBP’s) com-

prise a complete foam storage, delivery and proportioning system, when used in conjunction with properly sized atmospheric foam tanks, foam pumps, back-pressure control valves and concentrate distribution piping. When supplied with foam concentrate under adequate pressure, they are designed to accurately introduce the foam concentrate into the water stream over a wide range of flows and pressures by automatically responding to variations in system demand. ILBP’s provide accurate foam concentrate introduction at either single/local, or multiple/remote system proportioning location(s). Each ILBP system “riser” is calculated for system demand and then equipped with the properly sized proportioner.

InLine Balanced Pressure System Schematic

Operation: The Inline Balanced Pressure Proportioning System utilizes a foam pump, which pressurizes the distribution piping and

ultimately supplies foam concentrate to each ILBP. Foam concentrate is stored in an atmospheric foam tank. Pumped foam concentrate that is not delivered to the system is returned to the storage tank via a back-pressure control valve. Concentrate discharge pressure is regulated into the system by this control valve, which can be adjusted to assure that foam concentrate is supplied at pressures that exceed system static water pressure. Concentrate supply piping should be designed and sized so that residual concentrate pressure exceeds (15 psi minimum) the residual water pressure at the respective inlet of each ILBP.

A pressure throttling valve is located on the concentrate inlet trim of each ILBP. The pressure throttling valve senses foam concentrate residual pressure and automatically modulates, resulting in the balancing of the concentrate pressure with

.stelni PBLI eht ta erusserp retaw dna etartnecnoc fo sgnidaer evitarapmoc eht sedivorp eguag xelpud A .erusserp retaw ehtFoam concentrate is then introduced to the ratio controller (proportioner) at a pressure that is equal to (balanced with) the inlet water pressure. A modified venturi in the ratio controller body creates a temporary pressure drop in the water stream, which then meters the proper amount of foam concentrate into the system.

Foam Systems-Balanced Pressure ComponentsProduct: Inline Balanced Pressure Pump Skid - Typical Schematic

Required Ordering Information:1. Tank Capacity/Configuration 5. Available Power Supply (voltage/cycle/phase)2. Tank Material 6. Piping Specification3. Type/Percentage of Foam Concentrate 7. Valve Specification4. System Water Pressures (static/residual) 8. Paint Specification @Ratio Controller(s) 9. Foam System Flow Rate(s) - Minimum/Maximum demand

Piping Standard - Schedule 40 Carbon SteelPiping Options - Brass, Stainless SteelPump Standard - Ductile Iron, Bronze FittedPump Options - Bronze, Stainless Steel

Valve Standard - BronzeValve Options - Stainless SteelStandard Proportioning - 1% / 3%Standard Pump Controller - Per Schedule, NEMAII Standard Pump/Motor - Open Drip Proof Enclosure 230 VAC/60/3

Model Pump Capacity(GPM)@ 200 PSI

Maximum-3%Solution Flow (gpm) Horse power

(pump motor) Piping Size

(concentrate)Type of Pump

Controller 1% 3%

IBPS-40 40 4000 1320 10 1.5” Limited Service

IBPS-60 60 6000 1980 15 2” Limited Service






IBPS-200 200 20000 6600 50 3” Full Service





Balanced Pressure Proportioning SystemsProduct: Inline Balanced Pressure Proportioning Modules

Description: Spectrum Inline Balanced Pressure Proportioners (ILBP’s) com-

prise a complete foam storage, delivery and proportioning system, when used in conjunction with properly sized atmospheric foam tanks, foam pumps, back-pressure control valves and concentrate distribution piping. When supplied with foam concentrate under adequate pressure, they are designed to accurately introduce the foam concentrate into the water stream over a wide range of flows and pressures by automatically responding to variations in system demand. ILBP’s provide accurate foam concentrate introduction at either single/local, or multiple/remote system proportioning location(s). Each ILBP system “riser” is calculated for system demand and then equipped with the properly sized proportioner.

InLine Balanced Pressure System Schematic

Operation: The Inline Balanced Pressure Proportioning System utilizes a foam pump, which pressurizes the distribution piping and

ultimately supplies foam concentrate to each ILBP. Foam concentrate is stored in an atmospheric foam tank. Pumped foam concentrate that is not delivered to the system is returned to the storage tank via a back-pressure control valve. Concentrate discharge pressure is regulated into the system by this control valve, which can be adjusted to assure that foam concentrate is supplied at pressures that exceed system static water pressure. Concentrate supply piping should be designed and sized so that residual concentrate pressure exceeds (15 psi minimum) the residual water pressure at the respective inlet of each ILBP.

A pressure throttling valve is located on the concentrate inlet trim of each ILBP. The pressure throttling valve senses foam concentrate residual pressure and automatically modulates, resulting in the balancing of the concentrate pressure with

.stelni PBLI eht ta erusserp retaw dna etartnecnoc fo sgnidaer evitarapmoc eht sedivorp eguag xelpud A .erusserp retaw ehtFoam concentrate is then introduced to the ratio controller (proportioner) at a pressure that is equal to (balanced with) the inlet water pressure. A modified venturi in the ratio controller body creates a temporary pressure drop in the water stream, which then meters the proper amount of foam concentrate into the system.

Foam Systems-Balanced Pressure ComponentsProduct: Inline Balanced Pressure Pump Skid - Typical Schematic

Required Ordering Information:1. Tank Capacity/Configuration 5. Available Power Supply (voltage/cycle/phase)2. Tank Material 6. Piping Specification3. Type/Percentage of Foam Concentrate 7. Valve Specification4. System Water Pressures (static/residual) 8. Paint Specification @Ratio Controller(s) 9. Foam System Flow Rate(s) - Minimum/Maximum demand

Piping Standard - Schedule 40 Carbon SteelPiping Options - Brass, Stainless SteelPump Standard - Ductile Iron, Bronze FittedPump Options - Bronze, Stainless Steel

Valve Standard - BronzeValve Options - Stainless SteelStandard Proportioning - 1% / 3%Standard Pump Controller - Per Schedule, NEMAII Standard Pump/Motor - Open Drip Proof Enclosure 230 VAC/60/3

Model Pump Capacity(GPM)@ 200 PSI

Maximum-3%Solution Flow (gpm) Horse power

(pump motor) Piping Size

(concentrate)Type of Pump

Controller 1% 3%













Foam Systems-Balanced Pressure ComponentsProduct: Spectrum Back Pressure Control Valve

Description: The Spectrum #108-2WF Back Pressure Control Valve is typically

installed on the foam concentrate pump-to-tank return line of a pumped bal-anced pressure proportioning system. The pilot operated, diaphragm actuated 150# globe valve is designed to control foam concentrate pressure at the inlet and is set to maintain a regulated pressure in the concentrate distribution pip-ing which supplies one or more (remote or local) Inline Balanced Pressure Proportioning Modules (ILBP’s). The valve’s diaphragm is nylon fabricated (bonded with synthetic rubber), and forms a sealed chamber in the upper por-tion of the valve, separating operating pressure from line pressure. The valve automatically opens to relieve any pressure above its (adjustable) set point and foam concentrate that is not delivered to the ILBP(s) is returned to the concentrate storage tank. Standard inlet/discharge - 150# FF flange.

1 Basic Control Valve

2 Pressure Relief Pilot

3 Ejector, Fixed Restriction

4 Flow Control Valve

5 Sense Line Drain Orifice

6 Ball Valve- Sense Line Flush

Size Ductile Iron/Epoxy Coated

Bronze Stainless Steel A B C

1.5” 108-2WF-1.5 DI 108-2WF-1.5 B 108-2WF-1.5 SS 8.5” 2.5” 12.375”

2” 108-2WF-2.0 DI 108-2WF-2.0 B 108-2WF-2.0 SS 9.375” 3” 12.375”

2.5” 108-2WF-2.5 DI 108-2WF-2.5 B 108-2WF-2.5 SS 10.5” 3.5” 14.375”

3” 108-2WF-3.0 DI 108-2WF-3.0 B 108-2WF-3.0 SS 10.5” 3.75” 14.625”

4” 108-2WF-4.0 DI 108-2WF-4.0 B 108-2WF-4.0 SS 13.5” 4.5” 16.375”

catalogo de productos 2016 - callfire.cl · extintor portatil 5 kilos dioxido de carbono ( co2 )...

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