About Semi Lift Diaphragm Operated Solenoid Valve Normally open
Port : Refer below technical data sheet (Available BSP / NPT)
End Connection : Screwed / Flange
Body Material : SS ASTM A351 Grade CF8 / CF8M, Forged Brass
Circumstance Temp : -10C to 70C
Media : Air, Water, Chemical, Gas, Oil, Steam, LPG.
Main Features : Internal Parts are in superior corrosion resistance steel,
(Equivalent to SS316L) Suitable for Food Industries, Pharmaceuticals,
Chemical application & Highly corrosive environment.
Coil Features : High Reliability Unaffected by Voltage Surges.
Easy coil changes coil lockable in 4X90 position or freely movable in
between as require.
Coil Housing : Epoxy square coil, Metallic round enclosure,
IP-67 Flameproof enclosure,IP-68 Weatherproof enclosure
Optional Feature : 90% Power saver series also available, Water hammering reduceralso available to avoid water hammer forces.
Special high flow rate series available on request at low pressure
or gravity pressure application
High Performance and Fast ResponseWith its semi lift diaphragm design, this solenoid valve ensures rapid opening and closing for efficient fluid regulation. The robust brass construction and NBR seals support seamless performance across various media, including water, air, light oil, and gas. Its <1 second response time makes it a preferred choice for automation applications requiring precise control.
Versatile Installation and ProtectionThe valve features an adaptable construction that allows mounting in any position, simplifying integration into diverse systems. Rated IP65 for dust and water resistance and able to operate in ambient temperatures up to 60C, it is suitable for demanding environments. Threaded BSP/NPT connections offer straightforward fitting across multiple applications.
Long Service Life and ReliabilityDesigned for continuous duty cycles, this solenoid valve boasts a service life exceeding 100,000 cycles. Zero leakage when closed ensures dependable shutoff, reducing maintenance and enhancing safety. Compliance with ISO, CE, and IS standards guarantees quality and reliability for export and domestic supply.
FAQ's of Semi Lift Diaphragm Operated Solenoid Valve Normally open:
Q: How does the semi lift diaphragm design benefit solenoid valve performance?
A: The semi lift diaphragm design promotes a high flow rate and quick response by enabling rapid movement of the diaphragm, resulting in efficient open/close action. This minimizes pressure loss and supports larger flow capacities, ideal for automated fluid control.
Q: What is the recommended process for installing this solenoid valve?
A: Installation can be performed in any position due to the valve's adaptable mounting. Ensure threaded BSP or NPT connections match your system, and confirm voltage compatibility (220V AC/24V DC/12V DC). Proper sealing and torque should be applied to prevent leaks.
Q: When is it suitable to use this valve in industrial systems?
A: This valve is ideal for use in any application requiring automatic flow control, such as HVAC systems, water treatment processes, irrigation setups, and industrial fluid systems where rapid response and reliability are crucial.
Q: Where can this solenoid valve be utilized given its IP65 protection and temperature limits?
A: Its IP65 protection and ambient temperature tolerance up to 60C make the valve suitable for indoor and outdoor installations, including humid, dusty, or moderately hot environments in various industrial, commercial, or agricultural settings.
Q: What media can be safely controlled with the SLD-NO Series valve?
A: The valve is engineered for water, air, light oil, and gas. Its brass body and nitrile rubber seal ensure compatibility and durability across these fluid types without risking corrosion or leakage.
Q: How does continuous duty cycle operation improve usage?
A: Continuous duty cycle capability means the valve can stay energized and operate uninterrupted for long periods, making it reliable for automation and process control systems that demand sustained performance without overheating or degradation.
Q: What are the main benefits of zero leakage when the valve is closed?
A: Zero leakage ensures no unwanted fluid passage occurs when the valve is closed, enhancing safety, process integrity, and reducing wastage in critical applications where even minimal leaks are unacceptable.