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Side to Nose Check Valves
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Side to Nose Check Valves | Product Series
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attrValueMap['Índice de caudal máximo'] = '5 GAL/MIN, 34 L/MIN ';
attrValueMap['Presión de fisuración'] = '45 PSI, 3.1 BAR ';
attrValueMap['Material de la junta'] = 'D-Ring (Standard) ';
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var attrValueMap = {};
attrValueMap['Índice de caudal máximo'] = '5 GAL/MIN, 34 L/MIN ';
attrValueMap['Presión de fisuración'] = '45 PSI, 3.1 BAR ';
attrValueMap['Material de la junta'] = 'Nitrile ';
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var attrValueMap = {};
attrValueMap['Índice de caudal máximo'] = '5 GAL/MIN, 34 L/MIN ';
attrValueMap['Presión de fisuración'] = '45 PSI, 3.1 BAR ';
attrValueMap['Material de la junta'] = 'Fluorocarbon ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Índice de caudal máximo'] = '5 GAL/MIN, 34 L/MIN ';
attrValueMap['Presión de fisuración'] = '75 PSI, 5.2 BAR ';
attrValueMap['Material de la junta'] = 'D-Ring (Standard) ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Índice de caudal máximo'] = '5 GAL/MIN, 34 L/MIN ';
attrValueMap['Presión de fisuración'] = '75 PSI, 5.2 BAR ';
attrValueMap['Material de la junta'] = 'Nitrile ';
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var attrValueMap = {};
attrValueMap['Índice de caudal máximo'] = '5 GAL/MIN, 34 L/MIN ';
attrValueMap['Presión de fisuración'] = '75 PSI, 5.2 BAR ';
attrValueMap['Material de la junta'] = 'Fluorocarbon ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Índice de caudal máximo'] = '132 GAL/MIN, 500 L/MIN ';
attrValueMap['Presión de fisuración'] = '36 PSI, 2.5 BAR ';
attrValueMap['Material de la junta'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Índice de caudal máximo'] = '132 GAL/MIN, 500 L/MIN ';
attrValueMap['Presión de fisuración'] = '36 PSI, 2.5 BAR ';
attrValueMap['Material de la junta'] = 'Fluorocarbon ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Índice de caudal máximo'] = '132 GAL/MIN, 500 L/MIN ';
attrValueMap['Presión de fisuración'] = '50 PSI, 3.4 BAR ';
attrValueMap['Material de la junta'] = 'Nitrile ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Índice de caudal máximo'] = '132 GAL/MIN, 500 L/MIN ';
attrValueMap['Presión de fisuración'] = '50 PSI, 3.4 BAR ';
attrValueMap['Material de la junta'] = 'Fluorocarbon ';
attrArray.push(attrValueMap);
var attrValueMap = {};
attrValueMap['Índice de caudal máximo'] = '132 GAL/MIN, 500 L/MIN ';
attrValueMap['Presión de fisuración'] = '100 PSI, 6.9 BAR ';
attrValueMap['Material de la junta'] = 'Nitrile ';
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attrValueMap['Índice de caudal máximo'] = '132 GAL/MIN, 500 L/MIN ';
attrValueMap['Presión de fisuración'] = '100 PSI, 6.9 BAR ';
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var attrValueMap = {};
attrValueMap['Índice de caudal máximo'] = '132 GAL/MIN, 500 L/MIN ';
attrValueMap['Presión de fisuración'] = '145 PSI, 10 BAR ';
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attrValueMap['Índice de caudal máximo'] = '132 GAL/MIN, 500 L/MIN ';
attrValueMap['Presión de fisuración'] = '145 PSI, 10 BAR ';
attrValueMap['Material de la junta'] = 'Fluorocarbon ';
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Parker check valves designed for “reverse” flow from the side port (port 2) to the end port (port 1) from 19 to 500 lpm (5 to 132 gpm) and pressures up to 420 bar (6,000 psi), allowing manifold space optimization while achieving superior performance.
Especificaciones técnicas
Índice de caudal máximo:
5, 132 gal/min, 34, 500 L/min
Presión de fisuración:
36, 45, 50, 75, 100, 145 psi, 2.5, 3.1, 3.4, 5.2, 6.9, 10 bar
Material de la junta:
D-Ring (Standard), Nitrile, Fluorocarbon
Caudal:
5, 132 gal/min, 34, 500 L/min
Presión mínima de trabajo:
5000, 6000 psi
Presión de trabajo máxima:
350, 420 bar
Rango de presión de entrada máxima:
5000, 6000 psi, 350, 420 bar
FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE. This document and other information from Parker-Hannifin Corporation, its subsidiaries and authorized distributors provide product or system options for further investigation by users having technical expertise. The user, through its own analysis and testing, is solely responsible for making the final selection of the system and components and assuring that all performance, endurance, maintenance, safety and warning requirements of the application are met. The user must analyze all aspects of the application, follow applicable industry standards, and follow the information concerning the product in the current product catalog and in any other materials provided from Parker or its subsidiaries or authorized distributors. To the extent that Parker or its subsidiaries or authorized distributors provide component or system options based upon data or specifications provided by the user, the user is responsible for determining that such data and specifications are suitable and sufficient for all applications and reasonably foreseeable uses of the components or systems..
Click here to view all product safety information.
Descripción completa del producto
Parker’s dynamic side-to-nose style check valves are designed for unique applications where “reverse” check flow is required and flows from 19 to 500 lpm (5 to 132 gpm) and pressures up to 420 bar (6,000 psi) are needed. These valves can be used virtually anywhere a standard check valve would be utilized across several markets within mobile hydraulics, industrial hydraulics, and manufacturing while allowing more flexibility within manifold and hydraulic circuit design.
Markets: • Miscellaneous Industrial • Miscellaneous Manufacturing • Miscellaneous Mobile
Features/Benefits: • Hardened, precision ground parts for durability • Fully guided poppet for smooth operation • Side to nose design for ease of manifold design • All external parts zinc plated
Applications: • Check valve applications that require opposite porting
