DN15-PN100 Metal Seated Floating Ball Valve Ready For Actuator

TECHNICAL DATA SHEET

Product: High Pressure Metal Seated Floating Ball Valve (Actuator Ready)
Size / Model: DN15 – PN100

1. General Description

This metal seated floating ball valve is designed for high‑pressure (PN100 / Class 600) and severe service conditions. The floating ball design combines with a hard‑faced metal seat (Stellite, tungsten carbide, etc.) to provide excellent resistance to abrasion, erosion, and high temperatures. The valve comes with an integrated ISO 5211 mounting pad, allowing direct installation of pneumatic or electric actuators for automated process control.

2. Basic Specifications

3. Material Specification

4. Caractéristiques principales

4.1 Metal Seated Technology

• Wear & erosion resistance – Hardfacing applied by HVOF or welding (Stellite) gives a seat/ball hardness up to HRC 60, ideal for abrasive media (slurries, coal dust) and high‑temperature steam.
• Tight shut‑off – Precision lapped metal sealing surfaces achieve near‑zero leakage (Class VI equivalent for gases).

4.2 Floating Ball Design Advantages

• Bidirectional sealing – In high‑pressure applications, upstream pressure forces the ball against the downstream seat for reliable sealing.
• Compact footprint – Smaller and lighter than trunnion‑mounted ball valves; suitable for space‑limited installations.

4.3 Actuator Readiness

• ISO 5211 direct mounting – The top flange conforms to ISO 5211 (F03 / F05 / F07 patterns available), eliminating the need for adapter brackets.
• Precision stem drive – Stem end is machined with a flat or octagonal drive that mates precisely with the actuator coupling, ensuring minimal backlash and accurate position feedback.
• Field‑ready – Actuator can be mounted without disassembling the valve; handwheel override options are also available.

5. ISO 5211 Actuator Interface

Custom stem drives for specific actuator brands (e.g., Bettis, Rotork, etc.) are available upon request.

6. Testing & Standards

7. Installation & Maintenance Notes

1. Orientation – While the floating ball design allows bidirectional flow, it is recommended to install according to the body arrow to maximise seat life.
2. Actuator mounting – Ensure the valve is in the fermé position before installing the actuator. Use a torque wrench for mounting bolts to avoid stem misalignment.
3. High‑temperature service – For operating temperatures above 200°C, body flange bolts should be re‑torqued after the system reaches thermal equilibrium to compensate for material expansion.

8. Approximate Dimensions (for reference)

Note: Final dimensions are subject to the specific end connection and pressure class; certified drawings should be referenced for engineering purposes.

Remarks:

1. The data above reflects standard material combinations. For highly corrosive media (e.g., hydrochloric acid, wet chlorine) or cryogenic conditions, please consult our engineering team for material upgrades.
2. Due to continuous product improvement, actual dimensions and specifications may vary slightly; refer to the approved GA drawing for final verification.

GARANTIE :

SAVVY VALVES s'engage à fournir des produits d'une qualité exceptionnelle et un service après-vente sans souci. Nos vannes sont garanties pour une durée de vie minimale de 12 mois, période durant laquelle nous fournissons gratuitement toutes les pièces de rechange nécessaires et des instructions d'entretien détaillées. Pendant la période de garantie, en cas de dommage non causé par l'homme, nous remplaçons gratuitement les composants et fournissons une assistance technique professionnelle. Après l'expiration de la garantie, seuls les pièces de rechange sont à votre charge, tout en bénéficiant de services de maintenance à prix réduits. Notre objectif est d'aider nos clients à réduire leurs coûts d'exploitation et à optimiser leur production grâce à une qualité fiable et un service après-vente complet. Qu'il s'agisse de questions techniques ou de besoins de maintenance, notre équipe d'experts répondra rapidement pour garantir le fonctionnement optimal de votre système de vannes.