Emerson 1410S2AA32AD4N7RD

Description

• Functional Features: Control medium flow on-off and flow direction in pneumatic/hydraulic system; Realize remote electrical switching control; Built-in buffer structure to reduce switching impact; Stable flow regulation.
• Performance Parameters: Maximum working pressure: 1.6 MPa; Operating temperature range: -15°C ~ 75°C; Action response time: ≤ 40 ms; Service life: ≥ 10 million switching times; Protection grade: IP65.
• Material Composition: Valve body: High-strength cast iron / Forged brass; Spool: Hardened stainless steel; Sealing ring: High wear-resistant nitrile rubber; Electromagnetic coil: Copper enameled wire + high temperature resistant framework.
• Structural Characteristics: Integrated valve body and solenoid assembly; Slide valve type flow channel structure; Built-in damping buffer mechanism; External fixed mounting hole; Standard coil quick plug interface.
• Working Principle: After the electromagnetic coil is energized, electromagnetic force pushes the internal spool to displace, switch the internal flow channel of the valve body, change the flow direction and on-off state of the medium, so as to control the action of pneumatic or hydraulic actuators.
• Advantages & Highlights: Fast and sensitive switching action; Excellent wear resistance and sealing performance; Long service life for frequent switching; Strong adaptability to industrial medium; IP65 protection, suitable for on-site harsh environment.
• Applicable Industries: Pneumatic automation production line, Hydraulic machinery, Automobile manufacturing, Logistics handling equipment, Light industry machinery, Industrial automation assembly line.
• Model Series: Emerson 1410 General-purpose Pneumatic & Hydraulic Solenoid Valve Series
• Installation Requirements: Install horizontally or vertically according to marking; Connect pipeline in strict accordance with flow direction mark; Fix the valve body firmly to avoid vibration; Keep the coil away from high heat source.
• Usage Notes: Install filter before the valve inlet to prevent impurities from jamming the spool; Use medium within specified viscosity and temperature range; Regularly check coil working state and external sealing; Avoid long-term energized overload operation.