FullJet® Nozzle, Polyvinyl Chloride, 1/8HH-PVC6SQ

Scraped SKU: 1-8hh-pvc6sq Series: FullJet® Full Cone Nozzles - Square Spray - One-piece Design 2026-09-01 02:51:25

Attributes

Part Number1/8HH-PVC6SQ
Model CodeH-SQ, HH-SQ

Description

- Cone-shaped spray pattern with square-like impact area for coverage of rectangular areas or spray zones - Unique vane design and large flow passages provide superior spray pattern control - Uniform spray distribution from .26 to 1977 gpm (1.1 to 7371 lpm) - Operating pressures up to 150 psi (10 bar) - Spray angles: Standard – 43° to 94°, Wide – 112° to 120° **Flow:** Square spray As the liquid enters the nozzle, it flows over and through the vane. This creates the initial swirling of the liquid. The design of the nozzle ensures the liquid continues to swirl after passing through the vane. As the liquid exits the orifice, it interacts with cross cuts located on the face of the nozzle and forms a square spray pattern.

Specifications

Equivalent Orifice Diameter0.094 in
Diameter1/2 in
Relative Drop Size Group500 - 1,000 µm (Moderate Rain), 1,000 - 5,000 µm (Heavy Rain)
Spray Angle Catalog CodeStandard
Liquid Flow Rate (Product Performance)0.44 gpm @ 5 psi, 0.51 gpm @ 7 psi, 0.6 gpm @ 10 psi, 0.83 gpm @ 20 psi, 1.1 gpm @ 40 psi, 1.6 gpm @ 80 psi, 1.7 gpm @ 100 psi, 2.1 gpm @ 150 psi
Weight0.5 oz
Length0.875 in
Maximum Free Passage Diameter0.05 in
Inlet Connection Size1/8 in
Spray PatternSquare Spray
Relative Drop Size Range500 - 5,000 µm
Spray Angle (Product Performance)60° @ 7 psi, 66° @ 20 psi, 60° @ 80 psi
Spray Angle60° @ 7 psi, 66° @ 20 psi, 60° @ 80 psi
BrandFullJet®
Liquid Flow Rate at Rated Pressure0.6 gpm @ 10 psi
ModelHH-SQ
Capacity Size6SQ
Material CompositionPolyvinyl Chloride
Spray Angle Range60 - 66°
Rated Pressure10 psi
Product TypeNozzle
Material CodePVC
Inlet Connection TypeThreaded (Male NPT)
Design FeatureHas Guide Vane, One-piece Body
Liquid Flow Rate Range0.44 - 2.1 gpm
Liquid Pressure Range5 - 150 psi
Inlet Connection GenderMale
Inlet Connection Thread TypeNPT

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