About IJF SV1000SS Stainless Steel Spray Valve for Low Viscosity Materials
The Fisnar SV1000SS stainless steel spray valve provides close tolerance spray dispensing of fluids of up to 1000 cps. The SV1000SS is constructed of stainless steel to prevent corrosion from volatile materials. With a spray angle of 12° and an operating frequency of 200 cycles/min, the SV1000SS is designed for spraying flux, polyurethane, paint, lubricants, inks and for coating and conformal coating applications.
The operating air pressure opens a needle valve allowing material to flow; a separate air line creates pressure in the air cap, atomising the fluid. The valves are adjustable by turning the stroke-adjust control at the rear of the valve; this will tune the spray pattern.
Features & Benefits
- Suitable for very low viscosity fluids under 1000cps
- Stainless steel fluid body construction
- Stroke adjustment to fine-tune spray area
- Nozzle design to prevent clogging
The valve is opened and closed by applying pressure to the ports using a valve controller (e.g. IJFSVC100-220 Valve Controller).
The valve maybe operated with as little as 70 psi.
Material is supplied to the stainless steel body through a 1/4″ NPT female port.
Fluid pressure may be as high as 100 psi.
|Operating air pressure||70-100 psi|
|Atomizing air pressure||1-30 psi|
|Fluid viscosity range||Up to 1000 cps|
|Fluid pressure||1-100 psi (dependent on material viscosity)|
|Flow rate||Up to 28cc/second|
|Operating frequency||Over 200 cycles/min|
|Spray pattern||Circular (conical)|
|Operating air inlet||10-32 thread with push fitting for 1/4 tube|
|Atomizing air inlet||10-32 thread with push fitting for 1/4 tube|
|Material inlet||1/8 NPT with compression fitting for 1/4 tube|
- Last updated: October 2020
- Version: 2.2
Statements, technical information and recommendations contained herein are based on tests we believe to be reliable but they are not to be construed in any manner as warrantees expressed or implied. The user shall determine the suitability of the product for his intended use and the user assumes all risk and liability whatsoever in connection therewith.