Strainer 'Y' Type - DIN | Valvosider

Y-Strainers to DIN Standard by Valvosider – Process Protection for Industrial Piping Systems

Valvosider Y-strainers manufactured to DIN standards are engineered for the removal of particulates and debris from process media in industrial pipelines. Designed for compliance with DIN specifications, these strainers support operational reliability and equipment longevity by minimizing the risk of blockages and mechanical wear.

Technical Features & Engineering Benefits

• Installation: Compatible with DIN flange patterns (PN16, PN25, PN40), suitable for integration into new or existing piping networks.
• Filtration Performance: Mesh elements available in various micron ratings; effective for solids separation in water, steam, thermal oil, and inert gas lines.
• Construction Materials: Options include cast iron (EN-GJL-250), ductile iron (EN-GJS-400), and stainless steel (AISI 304/316) for corrosion and pressure resistance.
• Standards Compliance: Fully conforms to DIN EN 558, EN 1092-1, and PED 2014/68/EU requirements.
• Maintenance: Removable strainer basket allows for rapid inspection and cleaning, reducing downtime and maintenance costs.
• Sealing Options: Gasket materials (EPDM, PTFE, graphite) selected based on media compatibility and temperature range (-10°C to +400°C, depending on material).

Applications & Use Cases

• Water treatment and distribution systems
• Steam and condensate lines in HVAC and process plants
• Industrial heating/cooling circuits
• Chemical and petrochemical process lines
• Compressed air and inert gas networks

Variants & Selection Considerations

• Body material selection based on media aggressiveness and pressure class
• Mesh size specified according to process cleanliness requirements
• Drain plug or blow-off connection available for in-line cleaning

FAQ

• Are actuator options available? Y-strainers are passive devices; no actuation required.
• What certifications are provided? Material certificates and pressure test reports available on request.
• How to select the correct variant? Specify media, pressure, temperature, and required mesh size for optimal selection.