Flow data

Flow data
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Flow data

Product catalog summary
Overview: The document details the flow rate testing of various Loc-Line® nozzles, focusing on configurations and results in terms of flow rate versus pressure (PSI).

Specifications: Nozzle types are linked to specific part numbers and tested with either 13 elements of ½" Loc-Line® or 12 elements of ¾" Loc-Line®, each approximately 1 foot long. The nozzle types include Round Nozzles (3/8", 1/2", 5/8", 3/4"), 90° Nozzle, 90° Spray Bar Nozzle, 2 1/2" Swivel Nozzle, and 3" Flare Nozzle.

Testing Conditions: Flow rate testing was conducted under controlled conditions, though the pressures used may not suit all applications. Maximum pressures depend on nozzle selection, hose length, and bending angles.

Recommendations: To enhance maximum pressures, the use of element clamps is recommended to optimize nozzle system performance under various conditions.

Data Summary: Graphs in the document show flow rate versus PSI for each nozzle type, illustrating the performance characteristics and how flow rate changes with pressure.
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Catalog excerpts

Flow data-1

All information contained in this file is the property of Lockwood Products Inc ® and my not be displayed or published without written permission from Lockwood Products Inc ®

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Flow data-2

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. Flat Nozzle .060 5 Hole Part Number 41485 Flow Rate

 Open the catalog to page 2
Flow data-3

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. Flat Nozzle .040 7 Hole Part Number 41486 Flow Rate

 Open the catalog to page 3
Flow data-4

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. 2 1/2" Swivel Nozzle Part Number 41488 Flow Rate

 Open the catalog to page 4
Flow data-5

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. 1" Straight Flow Nozzle Part Number 41489 Flow Rate

 Open the catalog to page 5
Flow data-6

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. Flat Slot Nozzle .040 Part Number 41483 Flow Rate

 Open the catalog to page 6
Flow data-7

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. Flat Slot Nozzle .060 Part Number 41484 Flow Rate

 Open the catalog to page 7
Flow data-8

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. Round Nozzle 1/16" Part Number 41402 Flow Rate

 Open the catalog to page 8
Flow data-9

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. Round Nozzle 1/8" Part Number 41403 Flow Rate

 Open the catalog to page 9
Flow data-10

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. Swivel Nozzle .040 (Air) Part Number 41481 Flow Rate

 Open the catalog to page 10
Flow data-11

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. Swivel Nozzle .060 (Water) Part Number 41482 Flow Rate

 Open the catalog to page 11
Flow data-12

Loc-Line ® nozzle flow rate testing was done using 21 elements of W Loc-Line Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending Maximum pressures can be increased by using element clamps.

 Open the catalog to page 12
Flow data-13

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. 90° Nozzle 1/8" Part Number 41471 Flow Rate

 Open the catalog to page 13
Flow data-14

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. 90° Nozzle 1/4" Part Number 41472 Flow Rate

 Open the catalog to page 14
Flow data-15

Loc-Line ® nozzle flow rate testing was done using 21 elements of W Loc-Line 1 Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending Maximum pressures can be increased by using element clamps.

 Open the catalog to page 15
Flow data-16

Loc-Line ® nozzle flow rate testing was done using 21 elements of ¼" Loc-Line ® (approximately 1 foot). Please note that pressures for testing may not be suitable for all applications. Maximum pressures are affected by nozzle selection, length of hose and bending angles. Maximum pressures can be increased by using element clamps. Round Nozzle 1/4" Part Number 41404 Flow Rate

 Open the catalog to page 16

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