Niedner XL-800 MUNICIPAL FIRE HOSE, 1.75 Inch x 50 Ft., Yellow

XL-800 MUNICIPAL FIRE HOSE is the Number One choice for high-rise backpacks. XL-800™ is a 100% polyester double jacket hose lined with TPU elastomer with a service test pressure of 400 PSIG (2800 kPa). For everyday attack fire fighting, XL-800™ is easily handled and packs tightly. The waterway is oversized to maximize flow and minimize friction loss. A third less bulk than rubber covered hose, XL-800™ is flexible to -60ºF (-51ºC). The ENCAP™ treated outer jacket improves durability, reduces water absorption up to 40% enhances chemical resistance and adds color options. Meets or exceeds NFPA 1961and ZZ-H-451. UL label.

• Hose size 1 3/4" (45 mm)
• Spec number 4017
• Coupling bowl size 2 1/16" (52.4 mm)
• Weight / 50 ft (15,2 m) uncoupled 12 lbs (5.4 kg)
• Coil dia. / 50 ft (15,2 m) 15" (38 cm
• Minimum kink burst test pressure 600 PSIG (4200 kPa)
• Yellow
• The hose shall be of double jacket construction with 100% virgin spun polyester yarn in both jackets.
• There shall be a minimum of 10.0 filler yarns per inch in both the inner and outer jackets.
• The thickness of the lining shall be 0.015" (391 µm) minimum and it shall be constructed of extruded T.P.U. elastomer.
• The outside jacket shall be treated with ENCAP™ elastomer, which shall completely encapsulate the jacket fibers and not merely surface coat the jacket.
• The hose service temperature range shall be -60°F to 150°F (-51°C to 66°C).
• FM abrasion test of 15,000 cycles minimum and Taber abrasion test of 5,000 cycles minimum.
• At 800 PSIG (5600 kPa), its elongation shall not exceed 10% of the initial hose length; it shall not warp more than 20 inches (51 cm) and should not rise from the test table.
• The hose shall not twist more than 2 turns per 50 ft (15,2 m) while at 800 PSIG (5600 kPa).
• Minimum service test pressure of 400 PSIG (2800 kPa).
• Minimum proof test pressure of 800 PSIG (5600 kPa).
• Minimum straight burst test pressure of 1200 PSIG (8400 kPa).
• The hose while curved to a radius of 27" (69 cm) shall not burst at less than 1200 PSIG (8400 kPa).
• Meets or exceeds NFPA 1961 and UL-19 specifications.