Titan FJH 16250 - 50000 - Angus Fire

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gearbox control, automatic oscillation or with hydraulic or electric ... +44 (0)1524 264180. Email: general.enquiries@an
Titan FJH 16250 - 50000 Titan Monitor Nozzle z  Adjustable from straight jet to

fog pattern

z  Nominal flow 16,250 @ 7 bar to

50,000 l/min @ 16 bar

The Angus FJH fog/jet nozzle is a simple and reliable design fitted with a sliding sleeve which allows the water or foam stream to be adjusted from straight jet to partial fog pattern.

Water inlet connection 8”/10”/12” ANSI 150 RF

The FJH fog/jet nozzle is designed for fully hydraulic operation.

Operating pressure Design pressure and maximum operating pressure16 bar

Flow at 7 bar (100 psi) 16250 l/min 4300 US gal/min 18000 l/min 4750 US gal/min 23200 l/min 6100 US gal/min 26000 l/min 6900 US gal/min 30550 l/min 8100 US gal/min 32600 l/min 8600 US gal/min

ANSI 150# RF



Jet throw 104 m 340 ft 110 m 360 ft 111 m 365 ft 111 m 365 ft 111 m 365 ft 112 m 370 ft

Flow at 11.7 bar (170 psi) 21000 l/min 5550 US gal/min 23200 l/min 6100 US gal/min 30000 l/min 7900 US gal/min 33600 l/min 8900 US gal/min 39500 l/min 10400 US gal/min 42200 l/min 11150 US gal/min

Jet throw 140 m 460 ft 150 m 490 ft 165 m 540 ft 165 m 540 ft 165 m 540 ft 170 m 560 ft

26

Nozzle materials Body: SS316 stainless steel Fixings and internal parts: SS316 stainless steel

Hydraulic connections Female gland - 10mm Ø OD hydraulic pipe inlet and outlet

Titan FJH 16250 - 50000 Titan Monitor Nozzle

Length and height of nozzle jet Maximum water throw 175m + at an angle to the horizontal of 32° depending on model, operating conditions and inlet pressure. Note: The jet throw depends on a number of variables such as wind direction, type and concentration of foam in the water and the condition of the monitor water ways and nozzle.

Remote control operation The FJH nozzle is available with an internal hydraulic piston to move from straight jet to partial fog jet. The piston can be operated by external hydrauilc pressure or by using an EEXD solenoid valve to take water under pressure from the main monitor body. Alternatively a hand hydraulic pump can be used.

Titan large flow FJH nozzle flows range from 16,250 l/min at 7 bar inlet pressure to 50,000 l/min at 16 bar. Nozzles are usually manufactured to meet customer’s specific flow and pressure requirements. Optional Paint Finish Surface preparation

Solvent cleaning

Primer coat

Epoxy 30μm

Intermediate coat

Epoxy grey 40μm

Finish coat

Polyurethane 40μm Red RAL3000



Total dry film thickness 110μm

Monitors The Angus monitor range includes bronze models up to 8,500 l/min and stainless steel models up to 50,000 l/min.

Fog/Jet Nozzles Angus fog/jet nozzles cover the range 200 to 20,000 l/min with self inducing options up to 4,000 l/min.

Cannons Angus foam cannons cover the range 800 to 15,000 l/min with a self inducing option and foam spreaders on all models.

Most models are available with lever or gearbox control, automatic oscillation or with hydraulic or electric remote control. All are suitable for use where explosive atmospheres may be present.

Most models are available with hydraulic or electric remote control options suitable for use in explosive rated areas.

Angus is a company assessed to ISO 9001:2008.

Monitors RHEMB 50

GMS 30

REMS 200

Fog/Jet Nozzles

Cannons

RHEMB 85

LMB 30 REMS 80

Specialist nozzles for dry powder are also available – refer to Angus.

GMS 45

LMB 40 REMS 300

GMS 60

GMS 200

LMB 85

GMS 80

GMS 300

INTERNATIONAL SALES Angus Fire Ltd Angus House, Haddenham Business Park, Pegasus Way, Haddenham, Aylesbury, HP17 8LB, UK Tel: +44 (0)1844 293600 • Fax: +44 (0)1844 293664

UK SALES Angus Fire Ltd Station Road, Bentham, Lancaster, LA2 7NA, UK Tel: +44 (0)1524 264000 • Fax: +44 (0)1524 264180

Email: [email protected] • Web: www.angusfire.co.uk

Angus Fire operates a continuous programme of product development. The right is therefore reserved to modify any specification without prior notice and Angus Fire should be contacted to ensure that the current issues of all technical data sheets are used. © Angus Fire 6458/3 02.14