POK, full catalogue english march 2026

55 POK SAS - 18 Cours Antoine Lavoisier - 10400 Nogent-sur-Seine - FRANCE Phone: +33 (0)3 37 49 53 - 000 - Email: export@pok-fire.com - Web: www.pok-fire.com Hand nozzles with fixed flow rate and adjustable stream pattern POKATAK 150 POKADOR 150 Maximum working pressure: PN16 Shutoff: with ball valve Opening: by operating handle Flush position: yes Material: aluminium alloy Surface treatment: hard anodisation Body type : profile Pistol grip : single Options: low expansion foam attachment, medium expansion foam attachment. Sheath colours: Our range of 150 lpm fixed flow rate hand nozzles offers a selection of three stream patterns by rotating the head ring (straight spray, flashover and wide angle spray). The nozzles are available in the versions: "ECO" and "Premium". This range of hand nozzles offers three possibilities of diffusion heads: Pokinor (moulded teeth), Pokatak (cut teeth) and Pokador (spinning teeth). F l u s h B a l l v a l v e 3 s t r e a m p a t t e r n s 3 s t r e a m p a t t e r n s 30° 110° A d j u s t a b l e f l o w r a t e B a l l v a l v e S w i v e l i n l e t Inlet Flow rate Working pressure Dimensions (mm) Weight (kg) Ref. 1” female NST- NH 150 lpm * 6 bar 233 x 126 x 266 1.9 45057 Compatible with the low expansion ref. 09294 medium expansion ref. 09712 foam attachments. * other flow rates available on request More information on diffuser teeth page 511 Inlet Flow rate Working pressure Dimensions (mm) Weight (kg) Ref. 1” female NST- NH 150 lpm * 6 bar 233 x 126 x 266 1.9 45054 Compatible with the low expansion ref. 09294 medium expansion ref. 09712 foam attachments. * other flow rates available on request More information on diffuser teeth page 511 POKINOR 150 Inlet Flow rate Working pressure Dimensions (mm) Weight (kg) Ref. 1” female NST- NH 150 lpm * 6 bar 233 x 126 x 266 1.9 45060 Compatible with the low expansion foam attachment ref. 24985 * other flow rates available on request More information on diffuser teeth page 511 Compliant with the norm EN 15182-2